Field: 094-06 Location ID: 094-06

2M21445649+4627243 (RV template + CCFs) ( SIMBAD ) H= 10.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 98.08 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -64.1459 65.7954 10102 58087 -64.1535 42.9839 10102 58289 -64.1045 32.8175
2M21450528+4700026 (RV template + CCFs) ( SIMBAD ) H= 11.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.92 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -20.4199 45.2296 9297 57738 -20.6624 45.7599 9297 58007 -20.8093 45.9169 9297 58029 -20.6291 46.3660
2M21451042+4643481 (RV template + CCFs) ( SIMBAD ) H= 9.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 304.32 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -29.6520 121.575 8678 57347 -29.7141 143.525 8678 57350 -29.7207 153.331
2M21451510+4641133 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 93.17 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -102.311 36.4779 9297 57738 -102.395 38.6578 9297 58007 -102.298 36.2272 9297 58029 -102.315 49.8375
2M21452468+4632225 (RV template + CCFs) ( SIMBAD ) H= 10.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 171.50 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -60.0404 66.1153 9297 57738 -60.0256 71.9866 9297 58007 -60.0595 59.2174 9297 58029 -60.0457 87.1937
2M21452540+4618530 (RV template + CCFs) ( SIMBAD ) H= 10.16 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 170.96 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -44.3079 121.691 10102 58087 -44.2408 56.4321 10102 58289 -44.3459 47.0702
2M21453002+4629190 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 49.77 VSCATTER= 0.49 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -22.9674 25.9932 10102 58087 -23.2939 6.62443 10102 58289 -24.2875 7.49419 9297 57735 -23.4176 15.1003 9297 57738 -23.2469 19.2081 9297 58007 -24.1276 15.4992 9297 58029 -23.8564 24.5881
2M21453871+4617334 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 162.29 VSCATTER= 0.19 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -50.9338 115.204 10102 58087 -50.9022 58.1070 10102 58289 -51.2388 50.2758
2M21454057+4625111 (RV template + CCFs) ( SIMBAD ) H= 10.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 197.69 VSCATTER= 0.00 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -63.1117 35.9919 9261 57676 -63.1217 105.671 9261 57680 -63.1159 118.058
2M21454065+4713432 (RV template + CCFs) ( SIMBAD ) H= 11.90 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 82.61 VSCATTER= 0.17 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -144.346 48.4317 10102 58087 -144.590 27.4904 10102 58289 -144.268 28.8900
2M21454312+4715120 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 210.27 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -29.5911 83.2450 8678 57347 -29.6341 94.4856 8678 57350 -29.6517 87.8546
2M21454313+4602269 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR,PERSIST_LOW SNR= 33.97 VSCATTER= 0.56 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -17.7672 17.4106 10102 58087 -18.1719 4.23069 10102 58289 -18.9371 5.05507 9297 57735 -18.2316 12.6085 9297 57738 -18.1164 13.0977 9297 58007 -18.2726 8.37779 9297 58029 -17.0738 17.1442
2M21454428+4600066 (RV template + CCFs) ( SIMBAD ) H= 12.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 50.93 VSCATTER= 0.20 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -63.8786 43.1042 10102 58087 -63.4833 14.4698 10102 58289 -63.6837 15.2322
2M21454476+4606426 (RV template + CCFs) ( SIMBAD ) H= 11.97 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 54.37 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -24.0153 42.5937 10102 58087 -24.1166 21.3618 10102 58289 -24.2589 17.6597
2M21454519+4650445 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 128.08 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -120.444 42.9169 8678 57347 -120.635 43.8188 8678 57350 -120.516 40.2588 9261 57653 -120.332 10.7385 9261 57676 -120.669 44.0240 9261 57680 -120.653 38.3961
2M21455014+4720253 (RV template + CCFs) ( SIMBAD ) H= 10.91 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 150.43 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -53.6432 53.5636 9297 57738 -53.8041 21.7332 9297 58007 -53.5683 58.0470 9297 58029 -53.6668 73.3793
2M21455272+4703315 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.27 VSCATTER= 0.24 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -51.0452 23.6455 10102 58087 -50.5421 17.4016 10102 58289 -50.7205 19.0324 9297 57735 -50.9844 23.5636 9297 57738 -51.2619 27.4368 9297 58007 -51.0561 28.2204 9297 58029 -50.9061 35.1629
2M21455393+4635172 (RV template + CCFs) ( SIMBAD ) H= 9.84 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 240.34 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -52.2929 90.6906 8678 57347 -52.2393 120.520 8678 57350 -52.3427 121.271
2M21460519+4603001 (RV template + CCFs) ( SIMBAD ) H= 11.99 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 60.35 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -153.794 29.1058 9297 57738 -153.757 29.4676 9297 58007 999999. 23.1276 9297 58029 -153.761 34.9738
2M21460566+4657268 (RV template + CCFs) ( SIMBAD ) H= 12.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 86.78 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -89.5302 53.1894 10102 58087 -89.5622 26.2818 10102 58289 -89.6646 24.8192
2M21460569+4707042 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 101.13 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 6.30517 38.0317 8678 57347 6.05973 36.0712 8678 57350 6.21481 29.2088 9261 57653 5.97315 10.1614 9261 57676 6.33859 31.9732 9261 57680 6.32834 31.4565
2M21460598+4715478 (RV template + CCFs) ( SIMBAD ) H= 12.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 82.20 VSCATTER= 0.26 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -54.8265 11.7779 9261 57676 -54.3702 42.8429 9261 57680 -54.4005 41.8883
2M21460606+4654330 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.43 VSCATTER= 0.16 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -54.6236 17.5460 10102 58087 -54.2863 16.0120 9297 57735 -54.3644 20.2811 9297 57738 -54.6099 22.8428 9297 58007 -54.4934 25.1279 9297 58029 -54.2406 29.4034
2M21461084+4603440 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 75.92 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -53.5444 25.3193 8678 57347 -53.6342 30.4040 8678 57350 -53.6481 31.1719 9261 57676 -53.5638 32.0980 9261 57680 -53.4966 32.2710
2M21461322+4641574 (RV template + CCFs) ( SIMBAD ) H= 10.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 172.33 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -47.0387 122.906 10102 58087 -47.0636 65.3818 10102 58289 -47.0751 52.8512
2M21461430+4646279 (RV template + CCFs) ( SIMBAD ) H= 10.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 221.90 VSCATTER= 0.11 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -164.470 94.1778 8678 57347 -164.302 112.537 8678 57350 -164.269 107.294
2M21461531+4656546 (RV template + CCFs) ( SIMBAD ) H= 10.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 255.79 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -9.03747 38.6886 9261 57676 -9.10159 126.414 9261 57680 -9.04530 122.439
2M21461621+4723180 (RV template + CCFs) ( SIMBAD ) H= 10.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 185.38 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -93.3831 100.720 10102 58087 -93.3618 65.7324 10102 58289 -93.3792 56.6362
2M21461874+4627109 (RV template + CCFs) ( SIMBAD ) H= 8.95 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 733.63 VSCATTER= 16.90 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -21.0885 216.700 10102 58087 -28.1422 115.461 10102 58289 -21.0674 88.5060 8678 57323 -53.1710 164.348 8678 57347 -32.7061 214.518 8678 57350 -15.0469 197.626 9261 57653 -56.0011 67.4008 9261 57676 -47.7014 186.051 9261 57680 -44.2968 206.779 9297 57735 -19.4163 156.943 9297 57738 -9.20119 152.885 9297 58007 -52.5855 111.299 9297 58029 -53.7782 182.042
2M21462030+4703144 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.58 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -49.5524 27.8597 8678 57347 -49.7329 33.0188 8678 57350 -49.5289 29.8503 9261 57676 -49.4810 28.0749 9261 57680 -49.7489 26.2955
2M21462051+4623256 (RV template + CCFs) ( SIMBAD ) H= 11.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 102.58 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -27.9287 18.4481 9261 57676 -27.9486 63.6490 9261 57680 -27.8973 63.4081
2M21462157+4643279 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 60.84 VSCATTER= 1.72 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -54.5067 19.7335 8678 57347 -50.7032 27.2802 8678 57350 -51.2223 27.2180 9261 57676 -54.1248 26.1102 9261 57680 -53.3652 25.8040
2M21462573+4721055 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 110.08 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -38.3313 36.8097 8678 57347 -37.8756 39.8574 8678 57350 -38.1547 38.6365 9261 57653 -38.0278 10.8909 9261 57676 -38.1586 22.4861 9261 57680 -38.1249 40.2451
2M21462741+4725295 (RV template + CCFs) ( SIMBAD ) H= 12.16 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 67.38 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -65.8209 40.9412 10102 58087 -65.6068 20.8999 10102 58289 -65.5241 22.0511
2M21462827+4729393 (RV template + CCFs) ( SIMBAD ) H= 11.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 101.33 VSCATTER= 0.20 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -38.9924 30.3760 9297 57738 -39.3494 35.5430 9297 58007 -39.0557 33.7568 9297 58029 -38.8818 46.8363
2M21462858+4554051 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 75.72 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -41.7879 25.0314 8678 57347 -41.4983 27.7849 8678 57350 -41.5033 27.4863 9261 57676 -41.8881 32.2892 9261 57680 -41.5117 21.7882
2M21462955+4712552 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 126.36 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -126.195 40.6580 8678 57347 -126.258 44.4259 8678 57350 -126.248 41.1440 9261 57653 -125.834 10.1735 9261 57676 -126.183 40.4419 9261 57680 -126.279 41.2186
2M21463114+4611341 (RV template + CCFs) ( SIMBAD ) H= 8.95 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 446.70 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -52.0952 190.559 8678 57347 -52.0594 210.173 8678 57350 -52.0503 196.989
2M21463322+4604130 (RV template + CCFs) ( SIMBAD ) H= 11.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 98.62 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -77.1354 18.4994 9261 57676 -77.2159 59.2180 9261 57680 -77.0978 59.6255
2M21463810+4712217 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.69 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -63.2955 26.3991 8678 57347 -63.4014 32.4189 8678 57350 -63.5393 29.0415 9261 57676 -63.6090 26.2765 9261 57680 -63.5691 28.6008
2M21463852+4642478 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 70.56 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -75.2741 26.8526 8678 57347 -75.5064 31.2053 8678 57350 -75.6211 31.0635 9261 57676 -75.5570 28.0290 9261 57680 -75.4399 29.3006
2M21464205+4654213 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.13 VSCATTER= 0.11 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -60.0934 23.7840 8678 57347 -60.1511 29.3790 8678 57350 -60.1974 26.1317 9261 57676 -60.0116 32.6527 9261 57680 -59.9247 30.3345
2M21464722+4600359 (RV template + CCFs) ( SIMBAD ) H= 7.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 926.74 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -18.9526 389.547 8678 57347 -18.9143 435.823 8678 57350 -18.9079 407.657
2M21464889+4718312 (RV template + CCFs) ( SIMBAD ) H= 10.41 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 237.05 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -62.3777 34.4789 9261 57676 -62.3595 118.323 9261 57680 -62.3124 117.708
2M21464916+4554118 (RV template + CCFs) ( SIMBAD ) H= 11.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 77.04 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -81.5151 30.8338 9297 57738 -81.4147 33.9257 9297 58007 -81.3463 26.7933 9297 58029 -81.5247 40.3268
2M21465188+4700155 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.86 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -67.7485 40.6702 10102 58289 -67.9840 18.0989 9297 57735 -67.9561 19.3863 9297 57738 -67.9389 25.8378 9297 58007 -67.6810 25.6852 9297 58029 -67.8519 31.3522
2M21465859+4650574 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.90 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -118.716 37.7973 10102 58087 -118.500 17.6909 10102 58289 -118.702 17.8529 9297 57735 -118.760 20.5518 9297 57738 -118.565 25.3349 9297 58007 -118.682 22.9064 9297 58029 -118.639 28.5252
2M21470007+4652398 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 118.94 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -43.9617 50.4375 10102 58087 -44.0329 22.4580 10102 58289 -44.1091 22.0199 9297 57735 -44.1849 27.0179 9297 57738 -44.2647 31.6436 9297 58007 -44.0057 28.8440 9297 58029 -44.3093 42.0316
2M21470430+4558155 (RV template + CCFs) ( SIMBAD ) H= 10.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 182.06 VSCATTER= 0.19 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -98.2445 120.175 10102 58087 -98.3048 64.0044 10102 58289 -97.9450 51.1387
2M21470622+4726592 (RV template + CCFs) ( SIMBAD ) H= 8.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 457.34 VSCATTER= 0.90 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -129.723 139.347 8678 57347 -128.280 247.178 8678 57350 -128.075 183.685
2M21470637+4605147 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 251.36 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -96.0786 94.7299 9297 57738 -96.0952 100.577 9297 58007 -96.1842 85.9344 9297 58029 -96.1633 116.941
2M21470881+4706012 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 106.00 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -9.26188 45.1042 10102 58087 -9.30827 20.8958 10102 58289 -9.22245 21.6776 9297 57735 -9.27686 22.6830 9297 57738 -9.33342 27.5836 9297 58007 -8.83081 27.4653 9297 58029 -9.11270 34.8564
2M21471163+4653140 (RV template + CCFs) ( SIMBAD ) H= 10.85 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 254.89 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -32.7686 98.8713 8678 57347 -32.6116 109.501 8678 57350 -32.7884 103.715
2M21471620+4700093 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.54 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -82.0084 45.0173 10102 58087 -82.0996 21.5796 10102 58289 -81.9062 20.8866 9297 57735 -82.1203 23.3408 9297 57738 -82.1427 12.9083 9297 58007 -82.0000 23.9636 9297 58029 -81.7306 33.1082
2M21471701+4713331 (RV template + CCFs) ( SIMBAD ) H= 11.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 163.71 VSCATTER= 0.20 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -85.3065 74.6953 8678 57347 -85.3853 83.2288 8678 57350 -85.0047 39.2511
2M21471774+4718066 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.70 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -4.73174 17.4842 9261 57676 -4.95028 61.2228 9261 57680 -4.92023 67.3720
2M21472065+4732035 (RV template + CCFs) ( SIMBAD ) H= 8.09 APOGEE2_ANCILLARY,APOGEE2_MASSIVE_EVOLVED SUSPECT_BROAD_LINES SNR= 1070.08 VSCATTER= 0.38 RV_TEFF= 3200.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -6.41827 337.582 10102 58087 -6.17846 212.489 10102 58289 -6.28565 150.345 8678 57323 -5.59029 223.846 8678 57347 -5.67912 304.574 8678 57350 -5.14249 93.8260 9261 57653 -5.97741 90.9372 9261 57676 -5.82915 271.579 9261 57680 -5.95545 289.602 9297 57735 -5.84585 222.521 9297 57738 -5.98380 133.243 9297 58007 -6.42203 210.525 9297 58029 -6.41327 239.791
2M21472220+4738045 (RV template + CCFs) ( SIMBAD ) H= 10.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 139.76 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -77.5453 27.7500 9261 57676 -77.5806 86.7390 9261 57680 -77.3672 48.0596
2M21472526+4736158 (RV template + CCFs) ( SIMBAD ) H= 11.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 67.90 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 16.8320 43.4558 10102 58087 16.8133 27.9388 10102 58289 17.0354 13.2161
2M21472561+4540164 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 80.72 VSCATTER= 0.23 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -40.6072 41.4702 10102 58087 -40.6786 16.3709 10102 58289 -40.9456 14.9028 9297 57735 -40.8419 21.8944 9297 57738 -40.7561 26.5755 9297 58007 -41.1491 24.4682 9297 58029 -40.4473 34.8967
2M21472652+4542476 (RV template + CCFs) ( SIMBAD ) H= 12.18 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 58.76 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -73.0974 46.5684 10102 58087 -72.9948 18.6216 10102 58289 -72.9219 18.2746
2M21473031+4712100 (RV template + CCFs) ( SIMBAD ) H= 10.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 233.46 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -37.3576 87.4186 8678 57347 -37.3476 109.867 8678 57350 -37.4546 97.5486
2M21473157+4642373 (RV template + CCFs) ( SIMBAD ) H= 11.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 120.28 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -113.080 73.3788 10102 58087 -113.014 37.6332 10102 58289 -112.843 33.4796
2M21473348+4626514 (RV template + CCFs) ( SIMBAD ) H= 10.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 227.35 VSCATTER= 0.11 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -126.380 35.4276 9261 57676 -126.163 121.255 9261 57680 -126.253 126.398
2M21473425+4739005 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 82.27 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -86.6365 22.1544 8678 57347 -86.6633 28.9363 8678 57350 -86.5054 28.1849 9261 57676 -86.5840 31.5040 9261 57680 -86.6088 32.8123
2M21473509+4737164 (RV template + CCFs) ( SIMBAD ) H= 10.82 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 181.63 VSCATTER= 0.22 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -96.9534 27.8267 9261 57676 -96.5534 87.5743 9261 57680 -96.6054 96.7255
2M21473523+4540059 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 153.38 VSCATTER= 0.17 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -140.636 101.174 10102 58087 -140.808 48.0336 10102 58289 -140.986 32.4260
2M21473622+4632197 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 65.47 VSCATTER= 1.41 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 9.52643 38.3077 10102 58087 999999. 15.0518 10102 58289 999999. 15.8386 9297 57735 7.92470 23.4661 9297 57738 7.16746 22.2679 9297 58007 999999. 22.5691 9297 58029 10.2288 28.1290
2M21473851+4540364 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 79.62 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -152.728 26.0799 8678 57347 -152.947 27.5494 8678 57350 -153.113 28.9583 9261 57676 -153.018 27.2486 9261 57680 -153.039 31.9506
2M21473866+4715085 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.06 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -70.4626 40.8290 10102 58087 -70.1026 18.8494 10102 58289 -70.4475 18.3614 9297 57735 -70.3759 16.6216 9297 57738 -70.3454 26.7759 9297 58007 -70.2891 21.2546 9297 58029 -70.3022 32.6710
2M21473919+4702113 (RV template + CCFs) ( SIMBAD ) H= 11.71 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 133.40 VSCATTER= 0.43 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9297 57735 -100.986 39.3699 9297 57738 -101.094 50.2734 9297 58007 -101.737 43.9265 9297 58029 -101.809 59.8809
2M21474030+4615173 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 233.84 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -35.7178 39.2053 9261 57676 -35.6139 123.731 9261 57680 -35.7038 132.229
2M21474183+4732426 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 63.21 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -65.6335 10.5188 10102 58087 -65.5565 16.9275 10102 58289 -65.4544 17.9321 9297 57735 -65.6656 20.8092 9297 57738 -65.6551 23.5727 9297 58029 -65.4056 29.6647
2M21474192+4656368 (RV template + CCFs) ( SIMBAD ) H= 12.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 131.72 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -61.1396 50.2028 8678 57347 -61.2737 60.6216 8678 57350 -61.1754 53.9728
2M21474331+4627089 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 162.86 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -67.5414 118.255 10102 58087 -67.4186 57.8907 10102 58289 -67.5411 39.7478
2M21474678+4557461 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 107.60 VSCATTER= 5.54 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -2.22687 31.9146 8678 57347 0.318096 36.2072 8678 57350 0.880190 40.4943 9261 57653 -10.9831 11.5885 9261 57676 -9.98729 35.1372 9261 57680 -9.75506 43.7588
2M21474747+4546237 (RV template + CCFs) ( SIMBAD ) H= 11.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 147.43 VSCATTER= 0.27 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -137.403 52.4093 9297 57738 -137.337 61.6544 9297 58007 -137.798 50.4316 9297 58029 -137.875 74.5002
2M21474897+4607502 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 203.35 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -157.324 35.8033 9261 57676 -157.277 115.390 9261 57680 -157.280 104.820
2M21475198+4638347 (RV template + CCFs) ( SIMBAD ) H= 10.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 182.55 VSCATTER= 0.95 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -55.7448 30.0269 9261 57676 -54.2676 105.206 9261 57680 -53.9596 97.1947
2M21475288+4742595 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 94.35 VSCATTER= 0.23 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -39.1210 34.7311 10102 58087 -39.3725 20.0879 10102 58289 -38.6643 20.1489 9297 57735 -39.0757 28.4320 9297 57738 -39.1693 31.0700 9297 58007 -39.3409 27.8986 9297 58029 -39.2019 35.6089
2M21475390+4542344 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 247.81 VSCATTER= 0.19 RV_TEFF= 3400.00 RV_LOGG= 0.50 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -178.684 105.917 8678 57347 -178.337 108.400 8678 57350 -178.372 111.379
2M21475586+4531501 (RV template + CCFs) ( SIMBAD ) H= 8.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 630.52 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -1.84506 256.806 8678 57347 -1.88749 256.995 8678 57350 -1.85421 297.013
2M21475894+4533527 (RV template + CCFs) ( SIMBAD ) H= 10.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 137.85 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -53.1428 29.8116 9261 57676 -53.1782 96.9575
2M21480063+4551540 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 104.47 VSCATTER= 0.21 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -106.718 33.0374 8678 57347 -106.639 34.0562 8678 57350 -106.221 34.8164 9261 57653 -106.434 10.0632 9261 57676 -106.757 38.8474 9261 57680 -106.715 39.9549
2M21480067+4715093 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 166.24 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -30.5998 104.452 10102 58087 -30.5952 57.4973
2M21480098+4737484 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE VERY_BRIGHT_NEIGHBOR SNR= 79.32 VSCATTER= 0.24 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -11.7159 26.3095 8678 57347 -12.0130 27.9766 8678 57350 -11.6534 27.8745 9261 57676 -11.5014 29.2852 9261 57680 -11.3960 29.1286
2M21480514+4537122 (RV template + CCFs) ( SIMBAD ) H= 9.02 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 924.27 VSCATTER= 9.86 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10102 58084 -13.8687 251.407 10102 58087 -12.8756 139.799 10102 58289 -5.22284 88.1006 8678 57323 -18.5189 143.541 8678 57347 1.37648 236.193 8678 57350 -30.7586 199.348 9261 57653 -18.4114 68.5219 9261 57676 -12.6029 238.500 9261 57680 -11.0815 233.662 9297 57735 -13.6095 185.811 9297 57738 -19.0424 169.495 9297 58007 -28.0009 141.207 9297 58029 3.28756 192.127
2M21480563+4725475 (RV template + CCFs) ( SIMBAD ) H= 10.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 265.58 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -88.3490 41.5726 9261 57676 -88.3445 121.786 9261 57680 -88.2131 140.591
2M21480642+4737330 (RV template + CCFs) ( SIMBAD ) H= 11.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 127.96 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -57.7200 81.3335 10102 58087 -57.7580 33.4349 10102 58289 -57.5981 39.4794
2M21480690+4652209 (RV template + CCFs) ( SIMBAD ) H= 10.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 232.60 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -36.9384 33.0337 9261 57676 -36.7993 106.791 9261 57680 -36.9119 120.434
2M21480844+4714176 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.13 VSCATTER= 0.35 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -82.9228 21.5246 8678 57347 -83.3215 28.2464 8678 57350 -83.4269 31.5739 9261 57676 -82.7707 30.7108 9261 57680 -82.6115 28.5961
2M21480935+4647167 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 130.13 VSCATTER= 7.46 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -68.2617 53.9897 10102 58087 -68.9082 26.5119 10102 58289 -69.8320 24.3540 9297 57735 -58.3666 29.9541 9297 57738 -58.9684 37.1527 9297 58007 -51.0675 32.2090 9297 58029 -55.2744 42.8676
2M21481062+4731413 (RV template + CCFs) ( SIMBAD ) H= 11.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 177.66 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -30.7695 76.7761 8678 57347 -30.7558 80.7261 8678 57350 -30.7772 69.7404
2M21481249+4735364 (RV template + CCFs) ( SIMBAD ) H= 11.65 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 109.57 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -91.0248 16.2482 9261 57676 -91.0061 54.5054 9261 57680 -90.9587 59.0863
2M21481457+4540537 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 68.41 VSCATTER= 0.46 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -4.70514 28.0252 10102 58087 -3.53283 14.5838 10102 58289 -3.85173 12.8317 9297 57735 -4.17412 23.4872 9297 57738 -3.97946 22.5912 9297 58007 999999. 21.0871 9297 58029 -3.44405 30.0010
2M21481581+4604370 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 81.93 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -104.928 46.9796 10102 58087 -104.683 21.3853 10102 58289 -105.061 17.4282 9297 57735 -104.974 25.4138 9297 57738 -104.828 27.2860 9297 58007 -104.947 24.9711 9297 58029 -105.308 31.0402
2M21481704+4647511 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.86 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -64.7280 46.7081 10102 58087 -64.8019 22.6506 10102 58289 -64.9885 20.8771 9297 57735 -65.0102 24.4754 9297 57738 -64.9277 30.0516 9297 58007 -64.3954 26.5892 9297 58029 -64.6194 36.1470
2M21482057+4731126 (RV template + CCFs) ( SIMBAD ) H= 11.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 127.19 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -165.200 52.0690 8678 57347 -165.188 58.8433 8678 57350 -165.281 52.9158
2M21482201+4728543 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 83.16 VSCATTER= 18.92 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -27.5980 38.3347 10102 58087 -71.7354 18.5786 10102 58289 -69.3504 18.2469 9297 57735 -40.0480 22.6062 9297 57738 -39.1032 15.6101 9297 58007 -67.7530 21.8337 9297 58029 -33.6803 30.4110
2M21482504+4631546 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 87.69 VSCATTER= 3.00 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -47.1596 38.4175 10102 58087 -47.2802 19.3387 10102 58289 -51.3728 18.7226 9297 57735 -46.6338 26.6800 9297 57738 -46.2317 27.8021 9297 58007 -42.0153 26.1251 9297 58029 -43.4864 34.3064
2M21482520+4609139 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 69.79 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -49.9646 40.5066 10102 58087 -49.8502 17.3463 10102 58289 -49.6414 14.5517 9297 57735 -50.0920 22.4105 9297 57738 -50.2472 25.4184 9297 58007 -50.0368 20.5466 9297 58029 -49.9515 26.0565
2M21482726+4642465 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 101.84 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -97.2512 32.7951 8678 57347 -97.1054 43.6973 8678 57350 -97.2687 40.9869 9261 57653 -97.1683 10.2694 9261 57676 -97.1377 40.5156 9261 57680 -97.1259 41.3145
2M21482760+4600552 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 142.04 VSCATTER= 0.14 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -133.773 69.1785 9297 57738 -133.483 68.4202 9297 58007 -133.770 53.2775 9297 58029 -133.642 74.0052
2M21482836+4717228 (RV template + CCFs) ( SIMBAD ) H= 10.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 312.48 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -70.9826 119.228 8678 57347 -70.9348 136.417 8678 57350 -71.0097 139.045
2M21482880+4743501 (RV template + CCFs) ( SIMBAD ) H= 7.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 926.65 VSCATTER= 0.31 RV_TEFF= 3400.00 RV_LOGG= 0.50 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -56.2707 389.355 8678 57347 -55.6857 409.878 8678 57350 -55.7838 382.476
2M21482984+4657095 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 129.29 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -32.4518 38.4938 8678 57347 -32.4014 46.9474 8678 57350 -32.1628 40.3587 9261 57653 -32.5707 12.6938 9261 57676 -32.3892 41.4290 9261 57680 -32.3394 43.8918
2M21483178+4535307 (RV template + CCFs) ( SIMBAD ) H= 10.21 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 256.86 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -70.8731 97.6544 9297 57738 -70.8531 101.501 9297 58007 -70.7081 74.8071 9297 58029 -70.7481 106.506
2M21483257+4736307 (RV template + CCFs) ( SIMBAD ) H= 11.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 124.79 VSCATTER= 0.03 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 14.7626 48.4963 9297 57738 14.7837 44.1379 9297 58007 14.8426 41.5516 9297 58029 14.7973 57.0834
2M21483321+4545122 (RV template + CCFs) ( SIMBAD ) H= 11.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 113.76 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 -144.863 69.6912 10102 58087 -145.061 40.3600 10102 58289 -144.861 31.5828
2M21483712+4704029 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.30 VSCATTER= 0.40 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -94.7542 37.7718 10102 58087 -94.7372 17.8876 10102 58289 -94.4746 16.1827 9297 57735 -93.9108 18.9343 9297 57738 -93.7145 26.2040 9297 58007 -94.3272 23.6851 9297 58029 -94.4594 31.1311
2M21483807+4546041 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 104.57 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -174.606 47.5813 10102 58087 -174.517 19.4375 10102 58289 -174.630 16.8869 9297 57735 -174.609 27.9032 9297 57738 -174.590 27.4915 9297 58007 -174.565 25.3163 9297 58029 -174.557 40.4374
2M21483839+4613477 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 87.82 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -39.5414 29.2206 8678 57347 -39.5144 40.7775 8678 57350 -39.6985 35.7976 9261 57653 -39.5276 10.1837 9261 57676 -39.8663 34.5581 9261 57680 -39.8142 34.3605
2M21483876+4620482 (RV template + CCFs) ( SIMBAD ) H= 11.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 121.94 VSCATTER= 0.05 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -31.0296 55.5909 8678 57347 -31.0128 65.3284 8678 57350 -30.9419 59.9678
2M21484126+4738051 (RV template + CCFs) ( SIMBAD ) H= 9.24 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 873.65 VSCATTER= 9.77 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10102 58084 -60.2317 224.521 10102 58087 -52.0471 129.325 10102 58289 -49.5332 99.2650 8678 57323 -44.6681 197.384 8678 57347 -51.5240 206.603 8678 57350 -46.3943 195.584 9261 57653 -49.7534 64.3903 9261 57676 -61.5099 204.905 9261 57680 -32.8002 210.826 9297 57735 -44.0700 165.377 9297 57738 -47.3828 159.326 9297 58007 -57.0239 143.240 9297 58029 -72.3801 196.969
2M21484199+4659453 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.00 VSCATTER= 0.27 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -43.2640 35.0512 10102 58087 -43.4710 17.8595 10102 58289 -43.1130 17.3663 9297 57735 -43.3139 20.0733 9297 57738 -43.9094 23.5308 9297 58007 -43.7159 19.6967 9297 58029 -43.4061 27.9636
2M21484272+4632390 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 69.59 VSCATTER= 0.21 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -92.3531 22.0206 10102 58087 -92.1901 16.4208 10102 58289 -92.7059 15.5778 9297 57735 -92.6171 20.0248 9297 57738 -92.4431 23.4186 9297 58007 -92.7801 20.4446 9297 58029 -92.5019 31.0811
2M21484440+4553378 (RV template + CCFs) ( SIMBAD ) H= 11.18 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 152.82 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -38.8700 96.4244 10102 58087 -38.8996 43.6988 10102 58289 -38.9917 40.1104
2M21484504+4728324 (RV template + CCFs) ( SIMBAD ) H= 11.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.54 VSCATTER= 0.43 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -65.9827 77.3992 10102 58087 -66.3827 43.2484 10102 58289 -66.8333 36.7845
2M21484788+4643514 (RV template + CCFs) ( SIMBAD ) H= 10.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 213.32 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -33.2711 88.8345 8678 57347 -33.2423 108.757 8678 57350 -33.2711 101.306
2M21484791+4548088 (RV template + CCFs) ( SIMBAD ) H= 11.08 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 127.95 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -80.9920 60.7664 9297 57738 -81.0350 58.3274 9297 58007 -80.7448 49.9284 9297 58029 -80.8349 69.3754
2M21484801+4603478 (RV template + CCFs) ( SIMBAD ) H= 11.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 95.37 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -32.6707 43.8121 9297 57738 -32.7795 47.6757 9297 58007 -32.6710 38.7553 9297 58029 -32.7780 53.5301
2M21484828+4611127 (RV template + CCFs) ( SIMBAD ) H= 12.08 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 65.44 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -104.885 51.3416 10102 58087 -104.750 23.5770 10102 58289 -104.946 19.2575
2M21485041+4611315 (RV template + CCFs) ( SIMBAD ) H= 12.13 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 67.59 VSCATTER= 4.28 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -160.591 28.3949 9297 57738 -160.300 32.8919 9297 58007 -153.156 24.0348 9297 58029 -152.910 44.8622
2M21485228+4729545 (RV template + CCFs) ( SIMBAD ) H= 11.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 91.83 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58087 -2.74812 53.1073 10102 58289 -2.74687 41.1021
2M21485350+4542571 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 82.45 VSCATTER= 3.88 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -104.143 41.4204 10102 58087 -104.323 14.6993 10102 58289 -103.846 13.7716 9297 57735 -95.8939 22.4153 9297 57738 -95.3411 23.9695 9297 58007 -101.593 18.2991 9297 58029 -102.786 30.2088
2M21485795+4736448 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.81 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -24.4463 34.5088 10102 58087 -24.5441 16.0687 10102 58289 -24.6037 16.1518 9297 57735 -24.6278 19.0902 9297 57738 -24.8283 24.2652 9297 58007 -24.5994 21.9310 9297 58029 -24.3573 30.9316
2M21485866+4742143 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 96.89 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -81.8576 41.3997 10102 58087 -81.4374 10.5423 10102 58289 -81.7982 19.0112 9297 57735 -81.6725 24.3626 9297 57738 -81.7146 30.3467 9297 58007 -81.7509 27.9266 9297 58029 -81.6606 37.2157
2M21485962+4714327 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 101.94 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -109.139 44.0806 10102 58087 -109.119 20.2194 10102 58289 -109.281 18.3477 9297 57735 -109.231 23.1145 9297 57738 -109.512 28.9122 9297 58007 -109.319 27.3064 9297 58029 -109.501 34.9799
2M21490003+4730198 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_JUMP_NEG SNR= 65.41 VSCATTER= 1.36 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -19.3513 22.9635 8678 57347 -19.2383 25.0791 8678 57350 -19.3743 24.4794 9261 57676 -16.8795 24.6518 9261 57680 -16.8054 25.1568
2M21490083+4645322 (RV template + CCFs) ( SIMBAD ) H= 11.07 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 195.52 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -60.4177 67.0893 9297 57738 -60.3809 69.6340 9297 58007 -60.1999 59.8190 9297 58029 -60.1960 84.8232
2M21490362+4643359 (RV template + CCFs) ( SIMBAD ) H= 11.41 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 102.44 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -107.777 69.9624 10102 58087 -107.636 40.1253 10102 58289 -107.759 31.1962
2M21490452+4602496 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 189.11 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -49.7017 40.1623 9261 57676 -49.7655 47.4932 9261 57680 -49.7058 138.386
2M21490471+4605464 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 76.64 VSCATTER= 0.24 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 17.3169 36.9657 10102 58087 17.5328 13.9032 10102 58289 17.5653 16.7979 9297 57735 17.4995 21.9948 9297 57738 17.2775 23.0578 9297 58007 16.9090 21.4534 9297 58029 17.5713 27.3360
2M21490499+4552511 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 107.14 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -47.7122 51.3488 10102 58087 -47.7009 23.5324 10102 58289 -47.7260 21.9219 9297 57735 -47.6109 26.9970 9297 57738 -47.7020 33.7803 9297 58007 -47.5559 29.4792 9297 58029 -47.5715 38.7521
2M21490513+4532454 (RV template + CCFs) ( SIMBAD ) H= 10.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 281.81 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -25.5023 99.1283 8678 57347 -25.4215 138.987 8678 57350 -25.4560 116.263
2M21490659+4723445 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 134.20 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -73.2122 80.5194 10102 58087 -73.2752 44.4452 10102 58289 -73.4532 33.3152
2M21490666+4653492 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 104.23 VSCATTER= 0.24 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 4.98372 29.3629 8678 57347 4.47444 36.9640 8678 57350 4.99929 34.3030 9261 57653 5.18533 10.7451 9261 57676 5.02252 34.7538 9261 57680 5.00795 36.2327
2M21490783+4551308 (RV template + CCFs) ( SIMBAD ) H= 10.93 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 210.66 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -35.3120 81.2597 8678 57347 -35.1591 100.149 8678 57350 -35.2375 85.2433
2M21490798+4619444 (RV template + CCFs) ( SIMBAD ) H= 11.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 118.73 VSCATTER= 0.24 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -93.6503 84.5639 10102 58087 -93.7295 45.0280 10102 58289 -93.2802 35.4499
2M21490984+4650439 (RV template + CCFs) ( SIMBAD ) H= 10.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 136.40 VSCATTER= 0.15 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -116.341 93.2949 10102 58087 -116.163 49.1199 10102 58289 -116.047 42.7480
2M21491129+4522057 (RV template + CCFs) ( SIMBAD ) H= 11.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 130.28 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -86.4192 21.9622 9261 57676 -86.4646 66.5262 9261 57680 -86.4464 67.0515
2M21491345+4727203 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 88.13 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -42.2323 22.3211 8678 57347 -42.2563 30.7594 8678 57350 -42.1826 31.7111 9261 57676 -42.2822 31.6865 9261 57680 -42.3044 33.0384
2M21491491+4623282 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 95.13 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -51.5499 34.1722 9297 57738 -51.6535 41.6255 9297 58007 -51.5723 33.6544 9297 58029 -51.5489 46.7381
2M21491529+4740291 (RV template + CCFs) ( SIMBAD ) H= 10.87 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 190.32 VSCATTER= 0.14 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -35.6595 63.6491 9297 57738 -35.9063 69.7493 9297 58007 -35.9449 63.1151 9297 58029 -35.9605 83.8155
2M21491771+4703409 (RV template + CCFs) ( SIMBAD ) H= 10.85 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 193.95 VSCATTER= 0.16 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -173.391 28.2287 9261 57676 -173.642 93.6938 9261 57680 -173.333 99.1496
2M21491773+4738098 (RV template + CCFs) ( SIMBAD ) H= 11.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 161.81 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -131.282 25.5281 9261 57676 -131.269 84.0144 9261 57680 -131.265 80.5869
2M21491847+4746531 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 82.59 VSCATTER= 5.89 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -38.8658 32.4862 10102 58087 -37.9000 16.4382 10102 58289 -36.4350 16.8771 9297 57735 -25.7376 20.4511 9297 57738 -26.3809 26.3033 9297 58007 -37.1780 23.0917 9297 58029 -39.4056 30.7624
2M21492050+4656471 (RV template + CCFs) ( SIMBAD ) H= 7.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 1198.74 VSCATTER= 3.22 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -2.22253 464.461 8678 57347 -7.46337 536.448 8678 57350 -8.06927 479.913
2M21492082+4522564 (RV template + CCFs) ( SIMBAD ) H= 12.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 80.55 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -53.7236 36.8663 8678 57347 -53.8393 39.2956 8678 57350 -53.7753 32.3763
2M21492352+4521077 (RV template + CCFs) ( SIMBAD ) H= 11.87 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 88.17 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -34.0990 58.8679 10102 58087 -33.9840 29.8694 10102 58289 -33.9322 18.5246
2M21492425+4737225 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 67.85 VSCATTER= 0.15 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 -137.785 44.4355 10102 58087 -137.569 23.9910 10102 58289 -137.486 19.0109
2M21492603+4729382 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.09 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -30.3297 29.4307 8678 57347 -30.0296 32.8809 8678 57350 -30.0778 30.3999 9261 57676 -30.0640 28.8046 9261 57680 -29.9136 31.8854
2M21492782+4528278 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.68 VSCATTER= 4.22 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -66.0323 33.4977 10102 58087 -66.4408 15.3707 10102 58289 -78.5756 14.1725 9297 57735 -69.3527 22.0678 9297 57738 -69.9672 25.7602 9297 58007 -69.6083 25.4074 9297 58029 -67.7765 32.7082
2M21492834+4737037 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 107.30 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -51.0418 35.3144 8678 57347 -51.2091 36.1522 8678 57350 -51.2793 35.3757 9261 57653 -51.0796 10.9579 9261 57676 -51.1221 37.4065 9261 57680 -51.2007 39.8968
2M21492875+4525331 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.36 VSCATTER= 0.29 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -54.0121 35.9407 10102 58087 -53.4377 14.5008 10102 58289 -53.4961 13.3384 9297 57735 -53.8732 18.9642 9297 57738 -54.0260 23.2568 9297 58007 -53.5232 22.8561 9297 58029 -53.3304 32.8123
2M21492975+4747381 (RV template + CCFs) ( SIMBAD ) H= 11.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 139.11 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -69.9194 48.8135 8678 57347 -69.5554 67.3239 8678 57350 -69.5855 62.2797
2M21492979+4539429 (RV template + CCFs) ( SIMBAD ) H= 11.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 140.21 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -86.8806 21.6170 9261 57676 -86.7753 73.0579 9261 57680 -86.7658 68.7271
2M21493272+4611047 (RV template + CCFs) ( SIMBAD ) H= 11.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 153.32 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -67.0230 75.1469 8678 57347 -67.1540 84.3348 8678 57350 -67.0673 83.8731
2M21493431+4549256 (RV template + CCFs) ( SIMBAD ) H= 11.91 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 84.84 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -50.3397 49.7718 10102 58087 -50.4170 30.8218 10102 58289 -50.1395 28.4955
2M21493597+4644119 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 241.01 VSCATTER= 0.00 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 5.47602 38.8435 9261 57676 5.47978 127.398 9261 57680 5.47881 141.292
2M21493815+4557580 (RV template + CCFs) ( SIMBAD ) H= 10.71 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 251.80 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -113.994 92.2271 8678 57347 -114.089 120.637 8678 57350 -114.058 105.819
2M21493894+4532168 (RV template + CCFs) ( SIMBAD ) H= 11.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 142.87 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -159.885 96.0823 10102 58087 -159.771 38.4031 10102 58289 -159.924 29.9032
2M21494001+4740539 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 147.61 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -59.7245 56.7579 8678 57347 -59.6970 68.7343 8678 57350 -59.6364 63.5179
2M21494049+4526404 (RV template + CCFs) ( SIMBAD ) H= 10.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 214.54 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -109.471 38.5041 9261 57676 -109.256 100.605 9261 57680 -109.396 113.949
2M21494525+4710214 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 101.11 VSCATTER= 0.27 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -70.9350 31.3358 8678 57347 -71.3015 18.9060 8678 57350 -71.0637 36.5983 9261 57653 -70.4835 11.1087 9261 57676 -71.0721 36.1557 9261 57680 -70.9445 41.3134
2M21494550+4742439 (RV template + CCFs) ( SIMBAD ) H= 10.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 220.53 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -23.3148 133.191 10102 58087 -23.3733 76.1178 10102 58289 -23.2388 54.9270
2M21494569+4639119 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 104.16 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -33.5515 71.2420 10102 58087 -33.5493 40.8213 10102 58289 -33.5854 31.8983
2M21494619+4541217 (RV template + CCFs) ( SIMBAD ) H= 10.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 231.76 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -91.9050 32.6457 9261 57676 -91.9070 129.119 9261 57680 -91.8670 104.457
2M21494792+4639565 (RV template + CCFs) ( SIMBAD ) H= 7.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 1021.55 VSCATTER= 0.10 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -40.3894 412.403 8678 57347 -40.5855 491.749 8678 57350 -40.5208 449.854
2M21495008+4743465 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 88.18 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -90.0235 30.8987 8678 57347 -89.9953 37.5203 8678 57350 -89.9920 33.5982 9261 57653 -90.3013 11.5895 9261 57676 -90.3705 24.5776 9261 57680 -90.2519 25.3248
2M21495034+4700482 (RV template + CCFs) ( SIMBAD ) H= 10.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 316.37 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -52.6037 102.104 8678 57347 -52.7262 152.363 8678 57350 -52.6276 132.800
2M21495156+4521215 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.77 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -62.4850 34.6388 10102 58087 -62.3271 16.4254 10102 58289 -62.2516 13.0069 9297 57735 -62.5506 19.2871 9297 57738 -62.1618 25.9265 9297 58007 -62.0782 23.4628 9297 58029 -62.1935 32.9805
2M21495156+4744173 (RV template + CCFs) ( SIMBAD ) H= 10.93 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 120.63 VSCATTER= 0.00 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9297 57735 -145.908 56.6616 9297 57738 -145.911 69.2143
2M21495571+4637589 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 103.73 VSCATTER= 0.22 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -34.0566 44.5590 10102 58087 -34.1216 22.9806 10102 58289 -34.0168 22.0223 9297 57735 -34.3274 29.3288 9297 57738 -34.1361 35.5985 9297 58007 -34.3107 29.0093 9297 58029 -34.6408 39.9910
2M21495721+4755228 (RV template + CCFs) ( SIMBAD ) H= 11.21 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 82.09 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -62.2186 37.1814 10102 58087 -62.1424 39.7536 10102 58289 -62.1333 33.9268
2M21495763+4743482 (RV template + CCFs) ( SIMBAD ) H= 11.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 132.83 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -38.9177 52.6933 8678 57347 -38.7398 62.4471 8678 57350 -38.7038 56.7786
2M21500028+4724209 (RV template + CCFs) ( SIMBAD ) H= 9.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 416.43 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 2.90585 164.055 8678 57347 2.94065 188.231 8678 57350 2.88770 171.162
2M21500100+4553500 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 84.91 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -68.7604 39.2002 10102 58087 -68.7602 16.3625 10102 58289 -68.9430 18.4787 9297 57735 -69.0333 21.9218 9297 57738 -68.9257 25.8270 9297 58007 -68.7054 23.2348 9297 58029 -68.7472 34.2526
2M21500184+4614394 (RV template + CCFs) ( SIMBAD ) H= 10.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 259.27 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -56.1749 99.4652 9297 57738 -56.1204 110.769 9297 58007 -56.1917 84.2878 9297 58029 -56.1194 115.343
2M21500315+4742380 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 140.16 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -41.9917 22.2608 9261 57676 -41.9386 69.9089 9261 57680 -41.9025 75.3790
2M21500362+4712178 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 121.13 VSCATTER= 0.20 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -31.7922 51.2024 10102 58087 -31.9503 25.1192 10102 58289 -31.4421 20.5855 9297 57735 -31.7330 31.8431 9297 57738 -31.7897 29.4140 9297 58007 -31.4070 29.9452 9297 58029 -31.7074 41.3054
2M21500679+4619103 (RV template + CCFs) ( SIMBAD ) H= 10.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 165.57 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -110.046 27.5118 9261 57676 -109.904 89.0620 9261 57680 -109.983 97.4470
2M21500837+4548507 (RV template + CCFs) ( SIMBAD ) H= 11.19 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 172.91 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -170.657 24.8784 9261 57676 -170.632 88.6367 9261 57680 -170.709 89.5672
2M21501091+4741159 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 95.56 VSCATTER= 0.22 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -125.511 43.5863 10102 58087 999999. 17.0525 10102 58289 -125.249 18.1490 9297 57735 -125.398 23.3515 9297 57738 -125.644 29.6909 9297 58007 -125.731 26.4396 9297 58029 -125.178 36.3627
2M21501484+4700281 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 360.73 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -89.0235 136.432 8678 57347 -89.0808 162.431 8678 57350 -89.2075 146.686
2M21501703+4715500 (RV template + CCFs) ( SIMBAD ) H= 12.04 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 126.91 VSCATTER= 0.20 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -33.7409 47.5264 8678 57347 -33.8095 58.6566 8678 57350 -34.1099 54.3747
2M21501755+4706186 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 134.22 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -47.1542 37.3359 8678 57347 -46.9902 46.6179 8678 57350 -47.0791 42.2797 9261 57653 -47.4348 14.1770 9261 57676 -47.1873 43.1255 9261 57680 -47.3435 48.9616
2M21501769+4756382 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 83.85 VSCATTER= 0.27 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -99.3499 36.9810 10102 58087 -99.1568 15.9785 10102 58289 -99.8217 15.7123 9297 57735 -99.7770 22.4218 9297 57738 -99.7259 27.9225 9297 58029 -99.6322 36.2966
2M21501846+4715493 (RV template + CCFs) ( SIMBAD ) H= 11.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.30 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9297 57735 -74.3939 50.9329 9297 57738 -74.4603 60.2393 9297 58007 999999. 48.1476 9297 58029 -74.1342 72.0204
2M21502173+4538057 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.80 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -18.4135 46.9820 10102 58087 -18.4177 22.3643 10102 58289 -18.3861 18.3049 9297 57735 -18.3193 24.7609 9297 57738 -18.4326 30.5061 9297 58007 -18.4962 28.3669 9297 58029 -18.3472 43.1230
2M21502260+4518136 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.35 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -62.0910 39.0869 10102 58087 -61.8426 18.6317 10102 58289 -61.9123 14.4294 9297 57735 -61.9601 23.5435 9297 57738 -61.7776 28.5247 9297 58007 -61.9089 27.5178 9297 58029 -61.9270 36.2283
2M21502418+4710097 (RV template + CCFs) ( SIMBAD ) H= 11.96 APOGEE2_ANCILLARY SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 28.77 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -23.3349 13.7400 10102 58087 999999. 13.4737 10102 58289 -23.4199 17.7750
2M21502489+4758360 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 63.69 VSCATTER= 0.26 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -55.8064 23.6891 10102 58087 -55.2355 11.8551 10102 58289 -55.3435 12.5241 9297 57735 -55.1674 16.7923 9297 57738 -55.8255 20.2184 9297 58007 -55.4145 20.2447 9297 58029 -55.5834 26.8525
2M21502516+4640577 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 81.30 VSCATTER= 2.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -165.403 29.2377 8678 57347 -168.332 34.4690 8678 57350 -168.770 33.1970 9261 57653 -162.868 10.0726 9261 57676 -165.846 31.2146 9261 57680 -166.361 34.9058
2M21502529+4525155 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 95.15 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -93.9661 26.1813 8678 57347 -93.9720 32.6226 8678 57350 -93.8714 29.8388 9261 57653 -93.7051 11.0007 9261 57676 -94.0390 34.2134 9261 57680 -93.8643 40.6028
2M21502537+4702331 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 306.22 VSCATTER= 0.59 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 20.0924 179.422 10102 58087 19.8331 95.7763 10102 58289 20.9562 73.6915
2M21502635+4654489 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 131.66 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -49.9783 54.9856 10102 58087 -49.9703 26.7049 10102 58289 -49.8354 23.2945 9297 57735 -49.9965 30.4201 9297 57738 -49.9232 35.9179 9297 58007 -49.8637 31.1124 9297 58029 -49.7529 46.3047
2M21502644+4532243 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.61 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -126.995 34.9813 8678 57347 -126.966 38.3520 8678 57350 -127.043 32.9070 9261 57653 -126.759 11.1410 9261 57676 -127.226 38.9370 9261 57680 -127.131 40.0516
2M21502821+4749230 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 79.21 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -115.147 24.8265 8678 57347 -115.070 28.4422 8678 57350 -114.946 26.4543 9261 57676 -114.847 29.4501 9261 57680 -115.087 32.4288
2M21502926+4721406 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 123.67 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -57.8023 27.3594 8678 57347 -58.0122 44.2006 8678 57350 -58.0482 37.8692 9261 57653 -57.9847 13.4183 9261 57676 -58.2818 41.6658 9261 57680 -58.1879 48.4086
2M21503178+4701078 (RV template + CCFs) ( SIMBAD ) H= 10.86 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 223.69 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 3.62025 34.9952 9261 57676 3.46625 106.869 9261 57680 3.36561 111.489
2M21503273+4515419 (RV template + CCFs) ( SIMBAD ) H= 11.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.71 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -45.3063 38.7516 9297 57738 -45.0858 44.3420 9297 58007 -45.2721 49.4736 9297 58029 -45.1960 60.9628
2M21503463+4603372 (RV template + CCFs) ( SIMBAD ) H= 10.03 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 241.16 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9261 57653 -106.855 50.4833 9261 57676 -106.731 142.390 9261 57680 -106.708 140.421
2M21503520+4709437 (RV template + CCFs) ( SIMBAD ) H= 11.82 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 119.12 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -48.8341 73.1862 10102 58087 -48.8512 36.9050 10102 58289 -48.5705 30.6494
2M21503626+4736165 (RV template + CCFs) ( SIMBAD ) H= 11.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 137.72 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -154.366 21.4982 9261 57676 -154.206 70.0230 9261 57680 -154.175 70.9489
2M21503636+4708405 (RV template + CCFs) ( SIMBAD ) H= 12.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 120.41 VSCATTER= 0.05 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -20.7490 39.2459 9297 57738 -20.7543 42.6721 9297 58007 -20.7668 38.1662 9297 58029 -20.8557 54.1384
2M21503695+4529443 (RV template + CCFs) ( SIMBAD ) H= 11.05 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 187.27 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -164.100 49.1020 9297 57738 -164.155 72.0956 9297 58007 -164.092 62.6832 9297 58029 -164.057 89.2427
2M21503717+4710457 (RV template + CCFs) ( SIMBAD ) H= 11.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 159.61 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -118.605 57.3908 9297 57738 -118.672 51.0168 9297 58007 -118.347 46.2684 9297 58029 -118.577 74.5106
2M21503774+4708557 (RV template + CCFs) ( SIMBAD ) H= 11.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 115.67 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -154.338 19.3962 9261 57676 -154.552 56.3409 9261 57680 -154.417 62.1400
2M21503913+4758220 (RV template + CCFs) ( SIMBAD ) H= 10.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 207.15 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -48.3630 61.3769 9297 57738 -48.4255 77.6584 9297 58007 -48.3513 68.3529 9297 58029 -48.3168 94.2106
2M21504066+4659271 (RV template + CCFs) ( SIMBAD ) H= 10.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 279.28 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 3.71460 162.429 10102 58087 3.52132 92.9443 10102 58289 3.41461 69.8006
2M21504110+4702266 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 119.28 VSCATTER= 0.25 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -69.6255 18.6962 9261 57676 -69.3287 57.1359 9261 57680 -69.1315 64.3708
2M21504235+4739255 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 115.46 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -50.0217 52.7700 10102 58289 -49.6740 21.1711 9297 57735 -49.8905 28.6579 9297 57738 -50.0539 35.4737 9297 58007 -49.8841 31.4028 9297 58029 -49.9797 43.1871
2M21504261+4651396 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 153.12 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -92.5789 44.1068 8678 57347 -92.4632 53.6729 8678 57350 -92.4133 47.7065 9261 57653 -92.4753 14.1456 9261 57676 -92.3637 48.9458 9261 57680 -92.1978 53.6559
2M21504334+4521270 (RV template + CCFs) ( SIMBAD ) H= 7.87 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 816.82 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -36.0422 342.451 8678 57347 -36.0540 374.138 8678 57350 -36.1539 321.092
2M21504335+4618342 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 65.42 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -58.7959 27.6670 8678 57347 -58.7814 27.6754 8678 57350 -58.7893 30.4473 9261 57676 -58.8538 27.7284 9261 57680 -58.8478 31.1267
2M21504522+4608294 (RV template + CCFs) ( SIMBAD ) H= 11.04 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 141.07 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -106.820 29.2849 9261 57676 -107.021 82.3313 9261 57680 -106.895 92.8630
2M21504557+4802521 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 76.63 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -82.0655 24.7999 8678 57347 -82.4151 25.0392 8678 57350 -82.5713 21.8501 9261 57653 -82.1700 10.6558 9261 57676 -82.1868 26.5190 9261 57680 -82.0802 34.7641
2M21504606+4617070 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 69.02 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -97.0367 29.3652 8678 57347 -96.8903 31.1690 8678 57350 -96.8506 30.7205 9261 57676 -96.8953 28.9441 9261 57680 -96.8509 33.1497
2M21504795+4553143 (RV template + CCFs) ( SIMBAD ) H= 10.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 220.06 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -27.1972 75.3661 9297 57738 -27.1060 72.9114 9297 58007 -27.2177 72.6145 9297 58029 -27.1065 101.080
2M21504837+4627284 (RV template + CCFs) ( SIMBAD ) H= 11.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED SNR= 108.01 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -32.4459 48.8294 8678 57347 -32.5086 56.0773 8678 57350 -32.4801 50.6468
2M21505016+4707227 (RV template + CCFs) ( SIMBAD ) H= 10.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 280.77 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -89.3953 96.3241 9297 57738 -89.3680 97.3385 9297 58007 -89.4153 84.5277 9297 58029 -89.4100 123.017
2M21505062+4715103 (RV template + CCFs) ( SIMBAD ) H= 10.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 219.34 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -25.2999 35.9078 9261 57676 -25.3022 106.126 9261 57680 -25.3639 112.219
2M21505304+4531119 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 125.69 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -151.191 37.9445 8678 57347 -151.383 42.6954 8678 57350 -151.651 38.2334 9261 57653 -151.405 13.7576 9261 57676 -151.359 46.2876 9261 57680 -151.219 47.5942
2M21505692+4650195 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 113.67 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -56.8176 34.2483 10102 58087 -56.7735 18.3700 10102 58289 -56.5030 15.0347 9297 57735 -56.9288 31.8934 9297 57738 -56.8300 38.7715 9297 58007 -56.8121 33.6778 9297 58029 -56.7413 45.7483
2M21505731+4653103 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 84.32 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -70.4590 29.3723 10102 58087 -70.7399 14.9093 10102 58289 -70.3456 12.0378 9297 57735 -70.4423 21.7184 9297 57738 -70.3804 27.2310 9297 58007 -70.2780 24.7471 9297 58029 -70.4508 34.3387
2M21505772+4513134 (RV template + CCFs) ( SIMBAD ) H= 10.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 243.88 VSCATTER= 7.31 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -88.5341 83.3698 9297 57738 -88.4061 90.2999 9297 58007 -100.997 77.8070 9297 58029 -101.249 109.237
2M21510110+4623198 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.27 VSCATTER= 4.63 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -7.62155 35.5897 10102 58087 -7.33285 16.6736 10102 58289 -7.75869 15.1086 9297 57735 -9.62654 21.5395 9297 57738 -9.84041 25.6642 9297 58007 -20.3679 22.4090 9297 58029 -12.6783 32.6449
2M21510112+4649032 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 104.44 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -84.2096 38.0000 10102 58087 -84.6535 19.0481 10102 58289 -84.6293 15.9051 9297 57735 -84.5265 28.6168 9297 57738 -84.3312 35.6290 9297 58007 -84.5834 27.7101 9297 58029 -84.5791 39.8504
2M21510415+4744003 (RV template + CCFs) ( SIMBAD ) H= 12.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 93.23 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -111.856 28.1694 9297 57738 -112.054 35.1643 9297 58007 -111.794 34.2392 9297 58029 -111.933 44.4002
2M21510498+4548216 (RV template + CCFs) ( SIMBAD ) H= 7.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 1113.05 VSCATTER= 0.23 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -90.4322 462.586 8678 57347 -90.8762 506.432 8678 57350 -90.7484 435.674
2M21510573+4615127 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.76 VSCATTER= 19.65 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -61.7307 28.6023 8678 57347 -30.7770 34.9078 8678 57350 -27.4856 29.0290 9261 57676 -13.3073 32.0443 9261 57680 -14.0633 32.0639
2M21510665+4639577 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 146.82 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -51.9931 34.0018 9261 57676 -51.8384 71.9176 9261 57680 -51.7596 110.216
2M21510724+4625236 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 90.78 VSCATTER= 0.26 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 10.9215 36.5273 10102 58087 10.2882 18.2636 10102 58289 10.9816 15.1552 9297 57735 11.0260 22.5788 9297 57738 10.7802 27.4175 9297 58007 10.6336 26.3680 9297 58029 10.6215 34.3870
2M21510814+4627269 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 80.59 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -65.9046 33.5289 10102 58087 -65.6821 15.1789 10102 58289 -65.5999 14.7378 9297 57735 -65.8071 22.3081 9297 57738 -65.8899 23.8396 9297 58007 -65.6147 23.3592 9297 58029 -65.5918 31.8623
2M21510977+4557460 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 107.80 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -40.2071 47.3942 10102 58087 -40.3193 19.4392 10102 58289 -40.0889 20.2053 9297 57735 -40.2112 26.6356 9297 57738 -40.1002 30.2488 9297 58007 -40.0719 28.8510 9297 58029 -40.0417 40.8475
2M21511229+4724281 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 81.48 VSCATTER= 6.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -55.2030 27.8306 8678 57347 -56.6497 30.3263 8678 57350 -56.6662 26.2394 9261 57676 -45.2543 29.9859 9261 57680 -45.2174 31.5566
2M21511242+4654585 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 124.14 VSCATTER= 0.23 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -58.4947 41.7531 10102 58087 -57.9449 20.6265 10102 58289 -58.1435 18.8236 9297 57735 -58.3895 35.6448 9297 57738 -58.3776 41.4041 9297 58007 -58.1079 32.9448 9297 58029 -57.8930 48.9050
2M21511391+4639182 (RV template + CCFs) ( SIMBAD ) H= 10.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 185.55 VSCATTER= 0.31 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -97.5147 39.7833 9261 57676 -97.3121 112.720 9261 57680 -96.9081 117.971
2M21511506+4528352 (RV template + CCFs) ( SIMBAD ) H= 10.14 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 288.23 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -17.9772 45.8462 9261 57676 -18.0421 133.631 9261 57680 -18.0902 156.191
2M21511520+4645549 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 185.13 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -114.747 132.252 10102 58087 -114.793 70.8348 10102 58289 -114.778 52.9162
2M21511562+4602274 (RV template + CCFs) ( SIMBAD ) H= 11.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 175.17 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9261 57653 -174.670 26.5258 9261 57676 -174.787 92.8952 9261 57680 -174.727 85.2419
2M21511564+4630504 (RV template + CCFs) ( SIMBAD ) H= 11.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 95.41 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -134.283 20.7412 9261 57676 -134.419 59.8862 9261 57680 -134.325 62.7918
2M21511593+4714006 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 128.04 VSCATTER= 0.10 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -26.0284 35.2137 8678 57347 -25.9840 42.9307 8678 57350 -26.0519 42.6140 9261 57653 -26.1267 13.0365 9261 57676 -26.2738 44.2125 9261 57680 -26.1017 45.0254
2M21511608+4749006 (RV template + CCFs) ( SIMBAD ) H= 11.16 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 139.27 VSCATTER= 0.21 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -108.104 87.1497 10102 58087 -108.027 43.0061 10102 58289 -108.419 35.5794
2M21511795+4723500 (RV template + CCFs) ( SIMBAD ) H= 11.82 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.40 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -83.3658 71.0417 10102 58087 -83.3050 29.7809 10102 58289 -83.6758 26.8070
2M21511808+4741061 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 85.09 VSCATTER= 0.26 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -107.532 38.2324 8678 57347 -108.015 40.6268 8678 57350 -107.946 37.3160 9261 57676 999999. 41.3092 9261 57680 999999. 48.3845
2M21512221+4606502 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 94.46 VSCATTER= 1.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -116.624 33.8511 8678 57347 -116.600 36.1603 8678 57350 -116.433 31.3611 9261 57676 -114.610 39.1915 9261 57680 -114.659 33.3998
2M21512322+4557184 (RV template + CCFs) ( SIMBAD ) H= 11.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 166.32 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -34.2666 103.683 10102 58087 -34.2513 57.3460 10102 58289 -34.4615 33.2940
2M21512420+4538454 (RV template + CCFs) ( SIMBAD ) H= 11.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 141.12 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -28.6179 58.9221 8678 57347 -28.6427 65.0239 8678 57350 -28.6034 59.7639
2M21512584+4700189 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 108.98 VSCATTER= 0.40 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 2.23522 38.6433 10102 58087 1.36021 20.1297 10102 58289 2.28325 19.8580 9297 57735 2.03005 26.1669 9297 57738 1.83275 33.7227 9297 58007 2.57424 29.8425 9297 58029 2.32035 42.1118
2M21512690+4538413 (RV template + CCFs) ( SIMBAD ) H= 10.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 252.20 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -12.8899 41.9682 9261 57676 -12.9318 121.380 9261 57680 -12.9754 131.897
2M21512706+4704248 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 287.90 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -58.5483 47.3344 9261 57676 -58.5776 140.961 9261 57680 -58.5205 143.271
2M21512951+4712126 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 108.09 VSCATTER= 0.13 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -19.8231 43.8080 10102 58087 -19.6737 21.5521 10102 58289 -20.0728 19.7581 9297 57735 -19.8820 26.3765 9297 57738 -19.9963 32.4213 9297 58007 -19.8110 26.7365 9297 58029 -19.8811 37.3441
2M21513078+4700010 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 131.36 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -72.6572 39.7244 8678 57347 -72.5962 44.8814 8678 57350 -72.7963 43.2069 9261 57653 -72.9209 13.0099 9261 57676 -72.8418 40.8522 9261 57680 -72.8212 47.0974
2M21513262+4542118 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 138.73 VSCATTER= 0.34 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -23.1002 42.6229 8678 57347 -23.0556 48.7455 8678 57350 -22.6927 40.3221 9261 57653 -23.7490 15.4753 9261 57676 -23.0701 48.3523 9261 57680 -23.0340 50.9249
2M21513269+4605552 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 141.76 VSCATTER= 1.56 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -82.6734 87.0981 10102 58087 -82.5846 47.1061 10102 58289 -85.3361 36.3861
2M21513435+4534016 (RV template + CCFs) ( SIMBAD ) H= 10.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 211.08 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -38.1128 127.393 10102 58087 -37.9770 74.0058 10102 58289 -38.0976 49.5608
2M21513639+4702218 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 122.45 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -70.1459 35.1818 8678 57347 -70.2097 41.6385 8678 57350 -70.2407 39.0043 9261 57653 -70.1346 12.8336 9261 57676 -70.0739 41.2800 9261 57680 -70.0174 45.7033
2M21513649+4614217 (RV template + CCFs) ( SIMBAD ) H= 11.93 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 107.63 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -66.7261 16.0128 9261 57676 -66.7120 59.5361 9261 57680 -66.6157 53.1006
2M21513750+4550350 (RV template + CCFs) ( SIMBAD ) H= 10.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 246.71 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -54.3653 41.7061 9261 57676 -54.5094 116.634 9261 57680 -54.4886 131.284
2M21513766+4707009 (RV template + CCFs) ( SIMBAD ) H= 11.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 196.87 VSCATTER= 0.60 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -149.456 117.538 10102 58087 -149.500 64.7291 10102 58289 -150.512 47.1184
2M21513776+4624315 (RV template + CCFs) ( SIMBAD ) H= 10.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 252.95 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -42.1832 108.427 8678 57347 -42.2018 116.001 8678 57350 -42.2274 97.9564
2M21514160+4708134 (RV template + CCFs) ( SIMBAD ) H= 8.14 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1768.13 VSCATTER= 8.24 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -19.3338 423.224 10102 58087 -16.3187 291.800 10102 58289 -1.01824 179.772 8678 57323 3.87480 355.491 8678 57347 6.33701 436.319 8678 57350 0.250701 379.896 9261 57653 -4.49930 139.922 9261 57676 -6.17536 360.054 9261 57680 -12.6570 401.438 9297 57735 -13.7285 316.591 9297 57738 -16.4484 327.935 9297 58007 -8.74688 258.209 9297 58029 -11.6755 370.895
2M21514191+4602173 (RV template + CCFs) ( SIMBAD ) H= 10.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 214.18 VSCATTER= 0.34 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -52.6538 125.809 10102 58087 -52.7194 77.2286 10102 58289 -52.0979 54.2794
2M21514319+4615300 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 114.67 VSCATTER= 0.10 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 20.2798 37.6486 8678 57347 20.0828 42.9231 8678 57350 20.0550 35.1652 9261 57653 20.1996 10.8301 9261 57676 20.2393 39.6927 9261 57680 20.3008 41.8981
2M21514405+4742503 (RV template + CCFs) ( SIMBAD ) H= 11.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 99.65 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -128.779 62.5258 10102 58087 -129.057 28.7402 10102 58289 -128.768 26.7436
2M21514438+4736534 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 87.11 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -58.7648 30.0040 8678 57347 -58.8643 32.4422 8678 57350 -58.8230 29.8945 9261 57676 -58.7779 31.7331 9261 57680 -58.9138 31.7013
2M21514469+4522004 (RV template + CCFs) ( SIMBAD ) H= 11.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 147.78 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -130.166 63.1880 8678 57347 -129.972 68.2832 8678 57350 -129.884 60.9072
2M21514586+4611564 (RV template + CCFs) ( SIMBAD ) H= 8.22 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 1513.28 VSCATTER= 6.36 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -22.3370 382.666 10102 58087 -15.6083 259.129 10102 58289 -17.9166 170.463 8678 57323 -7.65888 349.407 8678 57347 -16.6269 372.713 8678 57350 -20.8099 324.882 9261 57653 -16.5544 113.442 9261 57676 -8.54673 365.607 9261 57680 -18.5279 334.844 9297 57735 -21.8551 285.938 9297 57738 -33.4118 267.924 9297 58007 -17.8396 234.960 9297 58029 -18.9162 341.672
2M21514597+4805319 (RV template + CCFs) ( SIMBAD ) H= 10.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 184.86 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -78.6668 32.5963 9261 57676 -78.8256 87.4768 9261 57680 -78.7912 101.865
2M21514640+4537292 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.53 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -57.7869 40.5733 10102 58087 -57.7127 19.4138 10102 58289 -57.8068 15.4894 9297 57735 -57.8681 23.2778 9297 57738 -57.5703 29.2633 9297 58007 -57.5049 26.4601 9297 58029 -57.6283 37.8153
2M21514726+4607201 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 123.70 VSCATTER= 0.17 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -16.8341 50.6767 10102 58087 -16.8684 25.2363 10102 58289 -16.9806 21.5384 9297 57735 -16.6854 30.4887 9297 57738 -16.8728 37.2862 9297 58007 -16.5982 31.6708 9297 58029 -16.5237 47.5971
2M21515050+4641359 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 111.92 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -18.6247 40.3984 10102 58087 -18.8349 19.5374 10102 58289 -18.9898 16.3021 9297 57735 -18.8186 14.4593 9297 57738 -18.7380 39.9545 9297 58007 -18.6989 34.3549 9297 58029 -18.7700 46.3145
2M21515113+4710291 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 155.21 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -116.278 58.4091 10102 58087 -116.309 30.2388 10102 58289 -116.250 25.8314 9297 57735 -116.397 39.3135 9297 57738 -116.419 44.4660 9297 58007 -116.302 41.1861 9297 58029 -116.209 53.7012
2M21515231+4639558 (RV template + CCFs) ( SIMBAD ) H= 11.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 143.48 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -76.3772 59.2875 8678 57347 -76.3226 76.7583 8678 57350 -76.3583 64.3839
2M21515423+4704224 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 135.03 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -75.4755 54.3773 10102 58087 -75.2689 27.8071 10102 58289 -75.5988 24.1611 9297 57735 -75.4442 33.7025 9297 57738 -75.3900 37.7208 9297 58007 -75.3916 34.7145 9297 58029 -75.6006 47.1101
2M21515926+4732485 (RV template + CCFs) ( SIMBAD ) H= 7.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 1183.83 VSCATTER= 0.00 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -67.2879 493.315 8678 57347 -67.2880 552.749 8678 57350 -67.2960 456.614
2M21515928+4519354 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.33 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -91.9300 30.2757 8678 57347 -91.8060 34.8533 8678 57350 -91.8209 31.7881 9261 57653 -91.7645 11.9273 9261 57676 -91.8477 36.8120 9261 57680 -91.7846 45.3667
2M21515983+4616275 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 113.06 VSCATTER= 2.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -72.2397 48.1448 10102 58087 -72.0543 22.5714 10102 58289 -71.4643 20.1340 9297 57735 -76.2425 27.0048 9297 57738 -76.2716 33.0391 9297 58007 -72.6469 32.5216 9297 58029 -72.6459 40.9503
2M21520145+4747322 (RV template + CCFs) ( SIMBAD ) H= 11.10 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 166.40 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -74.8519 25.9577 9261 57676 -74.9208 78.9968 9261 57680 -74.9385 91.3320
2M21520272+4804498 (RV template + CCFs) ( SIMBAD ) H= 10.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 236.20 VSCATTER= 0.54 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -18.1913 96.5604 9297 57738 -18.0770 92.1180 9297 58007 -17.3938 74.5923 9297 58029 -17.0619 100.943
2M21520293+4536128 (RV template + CCFs) ( SIMBAD ) H= 10.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 306.87 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -52.3074 134.057 8678 57347 -52.2179 134.959 8678 57350 -52.2074 119.094
2M21520300+4713249 (RV template + CCFs) ( SIMBAD ) H= 10.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 287.65 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -16.0283 99.6148 9297 57738 -16.1985 103.712 9297 58007 -16.1985 87.5995 9297 58029 -16.1930 119.558
2M21520323+4656386 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 117.62 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -47.8825 36.3169 8678 57347 -47.6218 41.1275 8678 57350 -47.6350 38.1802 9261 57653 -48.0143 11.3844 9261 57676 -47.6711 40.0898 9261 57680 -47.8607 41.5467
2M21520373+4616547 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 221.65 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -99.7791 90.5744 8678 57347 -99.7995 103.200 8678 57350 -99.7525 90.6345
2M21520417+4634401 (RV template + CCFs) ( SIMBAD ) H= 11.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 81.13 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -77.2495 17.2946 9261 57676 -77.3798 52.1531 9261 57680 -77.4612 52.8311
2M21520544+4528325 (RV template + CCFs) ( SIMBAD ) H= 10.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 276.61 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -64.5970 47.7057 9261 57676 -64.6029 132.336 9261 57680 -64.4967 146.817
2M21520670+4601449 (RV template + CCFs) ( SIMBAD ) H= 11.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 170.69 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -26.5882 29.1257 9261 57676 -26.4412 86.8125 9261 57680 -26.4742 89.0366
2M21520840+4756049 (RV template + CCFs) ( SIMBAD ) H= 10.01 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 262.63 VSCATTER= 0.14 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9297 57735 -118.663 99.9122 9297 57738 -118.593 98.1847 9297 58007 -118.905 85.2012 9297 58029 -118.661 117.785
2M21520969+4720428 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 109.05 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -140.311 47.6141 10102 58087 -140.185 20.1745 10102 58289 -140.307 19.1410 9297 57735 -140.310 25.8206 9297 57738 -140.208 36.2293 9297 58007 -140.135 28.4679 9297 58029 -140.440 38.8980
2M21521092+4726591 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW,SUSPECT_BROAD_LINES SNR= 125.65 VSCATTER= 0.64 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -10.0119 41.4356 8678 57347 -9.28859 43.9875 8678 57350 -10.2087 40.9033 9261 57653 -9.80245 12.3112 9261 57676 -9.06926 40.8879 9261 57680 -8.50532 48.1349
2M21521288+4617180 (RV template + CCFs) ( SIMBAD ) H= 11.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 185.39 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -6.27077 25.1444 9261 57676 -6.28614 92.8332 9261 57680 -6.36399 95.2287
2M21521308+4633345 (RV template + CCFs) ( SIMBAD ) H= 11.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 158.94 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9261 57653 -114.709 24.2457 9261 57676 -114.801 81.1808 9261 57680 -114.785 81.1931
2M21521443+4539399 (RV template + CCFs) ( SIMBAD ) H= 10.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 246.59 VSCATTER= 0.14 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9297 57735 -152.680 84.7230 9297 57738 -152.848 75.0829 9297 58007 -152.627 84.4620 9297 58029 -152.506 118.308
2M21521671+4713087 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 153.58 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -102.083 48.9167 8678 57347 -101.997 51.6869 8678 57350 -101.930 49.2717 9261 57653 -101.902 15.8842 9261 57676 -101.833 48.7514 9261 57680 -102.091 52.2822
2M21521711+4509387 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.20 VSCATTER= 0.27 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -60.9298 22.0061 8678 57347 -61.5205 30.6431 8678 57350 -61.2818 27.4639 9261 57653 -60.8071 10.8985 9261 57676 -61.2970 37.1295 9261 57680 -61.0389 41.6385
2M21521758+4529419 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 119.44 VSCATTER= 1.23 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -141.523 36.2332 8678 57347 -142.164 40.1245 8678 57350 -142.128 37.3879 9261 57653 -144.437 14.0888 9261 57676 -144.046 44.4864 9261 57680 -143.841 45.9439
2M21521867+4653324 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 148.16 VSCATTER= 0.18 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -27.1236 44.0958 8678 57347 -27.3388 49.4805 8678 57350 -27.2031 44.3366 9261 57653 -27.5796 15.1621 9261 57676 -27.4226 48.2648 9261 57680 -27.5434 54.8007
2M21521872+4542100 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 114.55 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -90.6280 37.2294 8678 57347 -90.4652 41.9091 8678 57350 -90.3741 33.5856 9261 57653 -90.4495 11.9944 9261 57676 -90.4903 38.0941 9261 57680 -90.4623 41.7330
2M21521930+4742104 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 100.60 VSCATTER= 0.33 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -45.7577 43.3246 10102 58087 -46.2251 20.1617 10102 58289 -46.7948 16.8692 9297 57735 -46.0729 28.3161 9297 57738 -46.1705 28.9019 9297 58007 -45.8980 27.1587 9297 58029 -46.2282 37.7454
2M21522378+4525141 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 101.80 VSCATTER= 0.20 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -65.3548 43.5063 10102 58087 -65.6198 19.8239 10102 58289 -65.1169 17.2539 9297 57735 -65.3790 23.9195 9297 57738 -65.2148 29.7601 9297 58007 -65.1715 27.9303 9297 58029 -65.0088 39.2081
2M21522402+4600126 (RV template + CCFs) ( SIMBAD ) H= 10.19 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 206.79 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -1.88161 107.000 9297 57738 -1.64096 107.297 9297 58007 999999. 96.3821
2M21522410+4540399 (RV template + CCFs) ( SIMBAD ) H= 11.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 152.34 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -19.4542 96.2369 10102 58087 -19.3638 49.6578 10102 58289 -19.4421 35.4686
2M21522669+4728242 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 119.77 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -31.3826 53.0102 10102 58087 -31.5251 22.5601 10102 58289 -31.3850 20.3793 9297 57735 -31.5445 29.9075 9297 57738 -31.6148 38.6456 9297 58007 -31.3623 30.9792 9297 58029 -31.5496 41.3194
2M21522917+4753467 (RV template + CCFs) ( SIMBAD ) H= 10.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 100.80 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -37.9553 55.7121 10102 58087 -37.8878 44.6438 10102 58289 -38.0744 30.2230
2M21523043+4802286 (RV template + CCFs) ( SIMBAD ) H= 12.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 77.72 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 3.35671 37.0322 8678 57347 3.10357 36.8914 8678 57350 3.20655 31.6130
2M21523053+4635356 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 250.88 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -98.0677 39.3184 9261 57676 -98.0292 123.171 9261 57680 -97.9895 124.949
2M21523068+4800024 (RV template + CCFs) ( SIMBAD ) H= 10.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 216.70 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -50.6804 33.5024 9261 57676 -50.7227 105.718 9261 57680 -50.6025 117.394
2M21523408+4713436 (RV template + CCFs) ( SIMBAD ) H= 8.02 APOGEE2_ANCILLARY,APOGEE2_BE_STAR SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 1498.60 VSCATTER= 6.92 RV_TEFF= 4500.00 RV_LOGG= 5.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 8678 57323 37.8444 455.772 8678 57347 24.3200 477.996 8678 57350 42.7924 466.673 9261 57653 41.9771 171.961 9261 57676 35.4188 440.933 9261 57680 31.7995 547.308
2M21523485+4711068 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_SCI_CLUSTER SUSPECT_RV_COMBINATION SNR= 192.30 VSCATTER= 0.13 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -21.1605 115.552 10102 58087 -21.3377 66.3591 10102 58289 999999. 49.1323
2M21523620+4710073 (RV template + CCFs) ( SIMBAD ) H= 10.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 339.66 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -45.6275 119.709 9297 57738 -45.5972 119.411 9297 58007 -45.3930 106.142 9297 58029 -45.4384 143.624
2M21523673+4726031 (RV template + CCFs) ( SIMBAD ) H= 11.19 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 182.49 VSCATTER= 0.27 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -31.6007 59.8611 9297 57738 -31.5591 76.4571 9297 58007 -32.0752 55.7881 9297 58029 -32.0157 81.3382
2M21523858+4717161 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 112.89 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -38.8815 48.6739 10102 58087 -39.1305 20.5659 10102 58289 -39.1582 19.4035 9297 57735 -39.0485 28.3606 9297 57738 -39.2161 37.2215 9297 58007 -39.1110 29.4214 9297 58029 -39.1164 40.9846
2M21523930+4720344 (RV template + CCFs) ( SIMBAD ) H= 10.02 APOGEE2_SCI_CLUSTER PERSIST_LOW SNR= 320.00 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 4.09436 48.8109 9261 57676 4.12362 155.253 9261 57680 4.22313 167.052
2M21524116+4651158 (RV template + CCFs) ( SIMBAD ) H= 9.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 449.95 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -93.8830 184.872 8678 57347 -93.8997 194.158 8678 57350 -93.9773 180.884
2M21524211+4805207 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 81.38 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -18.4332 27.8750 8678 57347 -18.0408 30.4397 8678 57350 -18.0588 27.7538 9261 57676 -18.2256 27.6659 9261 57680 -18.2786 31.9707
2M21524270+4713319 (RV template + CCFs) ( SIMBAD ) H= 10.54 APOGEE2_SCI_CLUSTER SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 327.90 VSCATTER= 0.34 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9297 57735 -3.25032 106.152 9297 57738 -3.30893 112.392 9297 58007 -2.86296 97.4794 9297 58029 -2.58811 131.701
2M21524274+4710132 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_ANCILLARY LOW_SNR,SUSPECT_BROAD_LINES SNR= 1.26 VSCATTER= 0.00 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -614.362 1.02224
2M21524421+4715394 (RV template + CCFs) ( SIMBAD ) H= 10.32 APOGEE2_SCI_CLUSTER SNR= 263.19 VSCATTER= 0.13 RV_TEFF= 6500.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -19.3198 45.0426 9261 57676 -19.0822 116.688 9261 57680 -19.0907 132.909
2M21524469+4516286 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.48 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -19.8624 22.7051 8678 57347 -19.8827 24.7804 8678 57350 -19.7727 24.5089 9261 57676 -19.6872 28.5271 9261 57680 -19.6030 32.9398
2M21524658+4703077 (RV template + CCFs) ( SIMBAD ) H= 11.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 122.29 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -110.152 18.6195 9261 57676 -109.944 60.4719 9261 57680 -110.191 64.0759
2M21524695+4713485 (RV template + CCFs) ( SIMBAD ) H= 9.91 APOGEE2_SCI_CLUSTER SNR= 301.37 VSCATTER= 0.06 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -19.9017 175.748 10102 58087 -20.0137 96.2320 10102 58289 -19.9382 56.8461
2M21524733+4530523 (RV template + CCFs) ( SIMBAD ) H= 12.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 87.92 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -35.6611 56.1990 10102 58087 -35.2902 27.9982 10102 58289 -35.6600 21.3908
2M21524821+4735159 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 233.10 VSCATTER= 0.05 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 0.712632 98.6867 8678 57347 0.633586 98.0953 8678 57350 0.632342 97.8948
2M21524874+4623475 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 119.67 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -42.0214 39.1050 8678 57347 -42.1166 42.7498 8678 57350 -41.8671 37.7996 9261 57653 -41.7119 12.0988 9261 57676 -41.8460 40.6906 9261 57680 -41.9510 42.7637
2M21524909+4521192 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.43 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -37.0997 33.1160 8678 57347 -37.4930 34.0635 8678 57350 -37.3126 30.9010 9261 57653 -37.1637 12.5756 9261 57676 -37.2353 35.4071 9261 57680 -37.3419 42.7529
2M21524920+4702463 (RV template + CCFs) ( SIMBAD ) H= 10.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 291.33 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -22.9819 166.636 10102 58087 -22.9875 103.612 10102 58289 -22.9344 72.8330
2M21524959+4656228 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 145.84 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -87.4778 45.3837 8678 57347 -87.3675 49.9821 8678 57350 -87.4392 45.6446 9261 57653 -87.7879 13.6498 9261 57676 -87.5718 47.9801 9261 57680 -87.4460 51.4449
2M21525099+4737339 (RV template + CCFs) ( SIMBAD ) H= 10.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 255.45 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -101.768 41.7759 9261 57676 -101.531 129.811 9261 57680 -101.560 126.456
2M21525146+4758095 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 113.43 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -52.8596 36.5260 8678 57347 -53.0295 37.3571 8678 57350 -52.4954 34.0996 9261 57653 -52.7701 12.0836 9261 57676 -53.0461 41.4263 9261 57680 -52.9945 44.9282
2M21525188+4647511 (RV template + CCFs) ( SIMBAD ) H= 11.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 197.51 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -51.1687 64.2626 9297 57738 -51.1762 76.5029 9297 58007 -51.1696 61.8823 9297 58029 -51.2687 84.1160
2M21525191+4511500 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.50 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -127.517 29.7475 8678 57347 -127.625 35.9447 8678 57350 -127.430 30.9392 9261 57653 -127.532 12.3430 9261 57676 -127.601 33.6238 9261 57680 -127.552 40.0625
2M21525193+4715426 (RV template + CCFs) ( SIMBAD ) H= 10.13 APOGEE2_SCI_CLUSTER SNR= 368.17 VSCATTER= 0.03 RV_TEFF= 6000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -13.2069 149.630 8678 57347 -13.2583 146.883 8678 57350 -13.2472 143.328
2M21525219+4710277 (RV template + CCFs) ( SIMBAD ) H= 10.26 APOGEE2_SCI_CLUSTER SNR= 350.73 VSCATTER= 0.10 RV_TEFF= 6000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -9.21567 120.343 9297 57738 -9.21051 123.222 9297 58007 -9.21963 103.084 9297 58029 -9.01928 138.645
2M21525582+4619075 (RV template + CCFs) ( SIMBAD ) H= 10.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 219.55 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -90.8206 135.165 10102 58087 -90.6965 72.2980 10102 58289 -90.6797 52.8640
2M21525639+4649467 (RV template + CCFs) ( SIMBAD ) H= 10.07 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 333.86 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -62.0872 53.5767 9261 57676 -62.2223 151.855 9261 57680 -62.2021 173.933
2M21525683+4751018 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 278.01 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -32.4621 97.9623 9297 57738 -32.4134 111.868 9297 58007 -32.4745 88.2666 9297 58029 -32.4226 127.380
2M21525814+4742524 (RV template + CCFs) ( SIMBAD ) H= 8.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 508.11 VSCATTER= 0.04 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -110.815 205.246 8678 57347 -110.750 224.294 8678 57350 -110.823 196.854
2M21525825+4633056 (RV template + CCFs) ( SIMBAD ) H= 9.11 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_MED,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 904.17 VSCATTER= 5.80 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10102 58084 -16.9862 249.243 10102 58087 -11.1110 154.084 10102 58289 1.98541 98.9375 8678 57323 -15.4613 202.166 8678 57347 -10.3373 227.829 8678 57350 -9.61551 213.708 9261 57653 -15.4938 75.3398 9261 57676 -15.2236 213.867 9261 57680 -12.8416 244.531 9297 57735 -10.5610 164.341 9297 57738 -19.9963 179.401 9297 58029 -19.0011 202.293
2M21525856+4639201 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 105.60 VSCATTER= 0.23 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -68.2280 31.6644 8678 57347 -67.9617 41.6466 8678 57350 -68.5312 34.7005 9261 57653 -68.1015 12.1760 9261 57676 -67.9255 36.7379 9261 57680 -68.2788 42.2879
2M21530141+4636379 (RV template + CCFs) ( SIMBAD ) H= 9.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 343.47 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -25.9451 178.143 8678 57347 -25.8283 192.290 8678 57350 -25.7460 46.1808
2M21530288+4745030 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 114.18 VSCATTER= 2.31 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -92.4184 49.7954 10102 58087 -93.4352 24.9990 10102 58289 -89.6389 20.3489 9297 57735 -88.4958 31.1454 9297 57738 -88.0802 38.2232 9297 58007 -90.4030 23.9445 9297 58029 -87.1549 43.6438
2M21530365+4631564 (RV template + CCFs) ( SIMBAD ) H= 12.10 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 94.17 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -36.8283 31.6282 9297 57738 -36.8473 37.9739 9297 58007 -36.8022 27.7471 9297 58029 -36.7915 46.6892
2M21530460+4647159 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,SUSPECT_BROAD_LINES SNR= 130.79 VSCATTER= 5.10 RV_TEFF= 4000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 3.25180 51.1933 10102 58087 6.08486 25.2927 10102 58289 -1.26095 24.5655 9297 57735 4.85713 31.1923 9297 57738 2.37710 38.5682 9297 58007 -6.43267 34.7172 9297 58029 -6.10533 45.9841
2M21530473+4758087 (RV template + CCFs) ( SIMBAD ) H= 11.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 114.90 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -55.5459 56.4353 8678 57347 -55.4596 52.9574 8678 57350 -55.5592 45.3769
2M21530478+4650142 (RV template + CCFs) ( SIMBAD ) H= 10.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 244.87 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -38.6877 139.729 10102 58087 -38.7171 79.7383 10102 58289 -38.6656 62.7941
2M21530502+4712124 (RV template + CCFs) ( SIMBAD ) H= 10.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 338.54 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -61.8179 121.998 9297 57738 -61.8390 123.358 9297 58007 -62.0894 101.809 9297 58029 -61.9370 143.428
2M21530768+4758065 (RV template + CCFs) ( SIMBAD ) H= 11.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 121.60 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -98.2000 74.9709 10102 58087 -98.2227 43.8997 10102 58289 -98.3403 30.6344
2M21530878+4742052 (RV template + CCFs) ( SIMBAD ) H= 10.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 213.84 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -34.4946 88.1458 8678 57347 -34.4074 92.7364 8678 57350 -34.4085 84.1851
2M21530903+4708529 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 123.17 VSCATTER= 0.21 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -115.812 35.3436 8678 57347 -116.172 43.9874 8678 57350 -116.080 41.8753 9261 57653 -115.842 11.8587 9261 57676 -116.128 38.1404 9261 57680 -116.359 43.1635
2M21530906+4714037 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 118.10 VSCATTER= 0.56 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -5.28272 36.6138 8678 57347 -6.44563 41.9440 8678 57350 -6.24822 38.5635 9261 57653 -5.04415 11.5707 9261 57676 -6.07054 35.6712 9261 57680 -6.01349 42.7874
2M21531110+4522382 (RV template + CCFs) ( SIMBAD ) H= 11.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 130.73 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -76.3962 42.7398 9297 57738 -76.5346 44.7994 9297 58007 -76.5583 45.1024 9297 58029 -76.4892 62.9185
2M21531140+4716383 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 125.60 VSCATTER= 0.31 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -4.76954 40.1747 8678 57347 -4.94905 47.1262 8678 57350 -4.99176 41.6379 9261 57653 -4.94599 12.9573 9261 57676 -4.15548 34.4359 9261 57680 -4.84675 45.6864
2M21531172+4546199 (RV template + CCFs) ( SIMBAD ) H= 11.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 142.30 VSCATTER= 10.13 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -176.424 46.7390 9297 57738 -176.462 42.4701 9297 58007 -193.269 56.0266 9297 58029 -194.662 66.7477
2M21531213+4656551 (RV template + CCFs) ( SIMBAD ) H= 10.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 239.55 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -61.0107 77.0907 9297 57738 -61.1403 89.7673 9297 58007 -61.0830 77.6691 9297 58029 -61.0584 101.011
2M21531344+4707426 (RV template + CCFs) ( SIMBAD ) H= 11.01 APOGEE2_SCI_CLUSTER SNR= 252.04 VSCATTER= 0.15 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -10.4220 95.2055 8678 57347 -10.6680 110.234 8678 57350 -10.6981 101.110
2M21531533+4514008 (RV template + CCFs) ( SIMBAD ) H= 10.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 210.50 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -56.9770 134.743 10102 58087 -56.8139 75.7475 10102 58289 999999. 51.0190
2M21531620+4633380 (RV template + CCFs) ( SIMBAD ) H= 10.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 201.28 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -50.9455 31.8773 9261 57676 -50.9944 105.232 9261 57680 -51.0668 99.2424
2M21531633+4545227 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 137.51 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -150.136 42.0554 8678 57347 -150.217 47.8144 8678 57350 -150.688 37.0971 9261 57653 -150.284 15.9324 9261 57676 -150.445 48.8258 9261 57680 -150.098 52.1013
2M21531678+4526514 (RV template + CCFs) ( SIMBAD ) H= 12.07 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 68.08 VSCATTER= 0.27 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -17.3453 46.9440 10102 58087 -17.4904 20.9193 10102 58289 -17.8712 16.2062
2M21531692+4604367 (RV template + CCFs) ( SIMBAD ) H= 10.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 291.95 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -45.9298 45.1592 9261 57676 -45.7227 140.991 9261 57680 -45.8407 153.619
2M21531722+4703431 (RV template + CCFs) ( SIMBAD ) H= 8.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 736.07 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -46.8924 282.150 8678 57347 -46.8942 329.518 8678 57350 -46.9071 300.908
2M21531793+4733216 (RV template + CCFs) ( SIMBAD ) H= 11.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 165.82 VSCATTER= 1.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -61.2442 27.1913 9261 57676 -59.6258 82.6861 9261 57680 -59.3571 86.2656
2M21531804+4512108 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 106.17 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -108.835 31.3213 8678 57347 -108.853 37.3772 8678 57350 -109.034 31.6587 9261 57653 -109.256 12.5613 9261 57676 -109.190 37.4212 9261 57680 -109.232 44.4364
2M21531837+4652204 (RV template + CCFs) ( SIMBAD ) H= 11.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 113.46 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -92.6086 40.1888 9297 57738 -92.4496 42.8517 9297 58007 -92.5243 35.8482 9297 58029 -92.4791 47.9565
2M21532205+4604065 (RV template + CCFs) ( SIMBAD ) H= 8.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 743.79 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -39.9919 298.601 8678 57347 -39.9885 337.295 8678 57350 -40.0604 299.361
2M21532285+4716229 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,SUSPECT_BROAD_LINES SNR= 138.66 VSCATTER= 0.18 RV_TEFF= 3600.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -5.67212 45.3754 8678 57347 -5.64829 47.2317 8678 57350 -5.80664 43.5686 9261 57653 -5.89393 14.7911 9261 57676 -5.54761 43.7649 9261 57680 -5.37459 51.3125
2M21532414+4554263 (RV template + CCFs) ( SIMBAD ) H= 10.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 327.73 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -152.234 48.3613 9261 57676 -152.166 155.932 9261 57680 -152.133 176.585
2M21532418+4516511 (RV template + CCFs) ( SIMBAD ) H= 12.13 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 100.52 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -51.3870 41.6823 8678 57347 -51.2522 47.9035 8678 57350 -51.2889 43.8950
2M21532640+4658400 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 122.96 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -51.7630 49.6616 10102 58087 -52.0009 19.6537 10102 58289 -51.7688 21.7009 9297 57735 -51.8954 30.8745 9297 57738 -51.6132 35.4125 9297 58007 -51.5929 32.8810 9297 58029 -51.6868 43.2825
2M21532692+4732543 (RV template + CCFs) ( SIMBAD ) H= 11.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 133.43 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -47.4690 45.6218 9297 57738 -47.3669 47.7133 9297 58007 -47.2200 39.4381 9297 58029 -47.1795 61.4537
2M21532777+4757045 (RV template + CCFs) ( SIMBAD ) H= 10.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 181.12 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -36.3294 27.5683 9261 57676 -36.2880 96.1077 9261 57680 -36.2239 93.3403
2M21532828+4617385 (RV template + CCFs) ( SIMBAD ) H= 11.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 122.56 VSCATTER= 0.42 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -42.6591 57.0042 8678 57347 -42.0282 57.8201 8678 57350 -41.8585 44.3999
2M21532946+4519590 (RV template + CCFs) ( SIMBAD ) H= 12.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.21 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -34.7065 30.5769 9297 57738 -34.7315 37.4025 9297 58007 -34.7092 33.7551 9297 58029 -35.0113 46.1010
2M21533022+4712054 (RV template + CCFs) ( SIMBAD ) H= 8.22 APOGEE2_SCI_CLUSTER SNR= 566.36 VSCATTER= 0.00 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -5.37571 112.108 9261 57676 -5.37222 257.258 9261 57680 -5.36926 275.283
2M21533041+4536110 (RV template + CCFs) ( SIMBAD ) H= 11.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 149.72 VSCATTER= 0.08 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -23.3435 25.2352 9261 57676 -23.3938 76.8378 9261 57680 -23.2342 75.7356
2M21533075+4744596 (RV template + CCFs) ( SIMBAD ) H= 10.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 256.90 VSCATTER= 0.19 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -18.3154 35.9876 9261 57676 -18.5653 124.705 9261 57680 -18.6941 135.738
2M21533337+4706314 (RV template + CCFs) ( SIMBAD ) H= 12.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 96.69 VSCATTER= 0.19 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -77.5746 60.3018 10102 58087 -77.4665 29.4608 10102 58289 -77.8448 26.7227
2M21533628+4533358 (RV template + CCFs) ( SIMBAD ) H= 10.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 277.24 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -76.4194 76.1622 9297 57738 -76.5758 106.306 9297 58007 -76.4550 94.9523 9297 58029 -76.5518 127.870
2M21533646+4754360 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 158.88 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -85.5152 24.0268 9261 57676 -85.6649 77.5539 9261 57680 -85.5106 89.3129
2M21533648+4746173 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 122.46 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -62.8322 38.7092 8678 57347 -62.9994 40.7694 8678 57350 -62.8797 34.6867 9261 57653 -62.9799 11.8182 9261 57676 -62.7169 41.1542 9261 57680 -62.8442 45.0301
2M21534047+4739219 (RV template + CCFs) ( SIMBAD ) H= 11.01 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 154.37 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -47.9131 95.4390 10102 58087 -47.9491 55.5104 10102 58289 -47.8942 36.8173
2M21534104+4622297 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 88.28 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -84.6179 40.1700 10102 58087 -84.3706 24.1775 10102 58289 -84.7859 17.8478 9297 57735 -84.8764 25.6305 9297 57738 -84.6603 30.3952 9297 58007 -84.6428 28.6124
2M21534138+4554172 (RV template + CCFs) ( SIMBAD ) H= 10.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 242.78 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -114.306 89.8703 9297 57738 -114.442 84.4943 9297 58007 -114.248 77.9277 9297 58029 -114.142 108.220
2M21534139+4644106 (RV template + CCFs) ( SIMBAD ) H= 11.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 117.62 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -64.0140 17.4913 9261 57676 -63.9301 62.6407 9261 57680 -63.8295 60.1296
2M21534397+4716249 (RV template + CCFs) ( SIMBAD ) H= 10.97 APOGEE2_SCI_CLUSTER SUSPECT_RV_COMBINATION SNR= 191.70 VSCATTER= 0.10 RV_TEFF=10000.00 RV_LOGG= 2.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10102 58084 2.56002 118.896 10102 58087 2.41783 61.1144 10102 58289 999999. 39.6895
2M21534455+4731331 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 100.24 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -36.0813 42.2074 10102 58087 -36.0113 20.5920 10102 58289 -36.1578 16.1360 9297 57735 -36.1782 25.4690 9297 57738 -36.1499 30.4687 9297 58007 -35.9308 27.3680 9297 58029 -36.3024 38.4584
2M21534468+4626254 (RV template + CCFs) ( SIMBAD ) H= 10.01 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 312.60 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -72.1300 117.993 8678 57347 -72.1157 147.451 8678 57350 -72.1776 127.821
2M21534523+4542292 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.67 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -23.2569 31.0664 10102 58087 -23.2373 21.9703 10102 58289 -23.5980 18.6464 9297 57735 -23.0706 28.0435 9297 57738 -23.3162 30.9503 9297 58007 -23.1416 34.8947 9297 58029 -23.3028 40.5004
2M21534593+4615340 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 100.30 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -132.774 28.9470 8678 57347 -132.621 37.8761 8678 57350 -132.923 32.2915 9261 57653 -132.511 10.5445 9261 57676 -132.529 34.0292 9261 57680 -132.861 39.8521
2M21534740+4551580 (RV template + CCFs) ( SIMBAD ) H= 11.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 93.77 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -11.2343 55.2743 10102 58087 -11.3114 37.4318 10102 58289 -11.2627 29.6473
2M21534767+4750467 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 119.72 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -124.192 37.2368 8678 57347 -123.956 41.0746 8678 57350 -124.087 36.4955 9261 57653 -123.815 12.5145 9261 57676 -123.988 39.3299 9261 57680 -124.096 43.2768
2M21534958+4557141 (RV template + CCFs) ( SIMBAD ) H= 10.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 251.30 VSCATTER= 0.00 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -43.9588 144.942 10102 58087 -43.9557 99.7567 10102 58289 -43.9607 72.1572
2M21535040+4623483 (RV template + CCFs) ( SIMBAD ) H= 11.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 127.18 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -4.41093 21.5078 9261 57676 -4.18168 62.1525 9261 57680 -4.34279 67.9181
2M21535080+4557059 (RV template + CCFs) ( SIMBAD ) H= 11.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 143.43 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -162.788 59.7049 8678 57347 -162.807 68.6355 8678 57350 -162.722 52.4937
2M21535166+4807172 (RV template + CCFs) ( SIMBAD ) H= 10.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 171.00 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -62.0761 65.1252 9297 57738 -61.9977 71.1937 9297 58029 -62.2958 86.9754
2M21535221+4701134 (RV template + CCFs) ( SIMBAD ) H= 10.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 303.13 VSCATTER= 0.13 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -52.8567 118.679 8678 57347 -52.6005 136.011 8678 57350 -52.6576 124.466
2M21535345+4741254 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 81.89 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -37.0979 20.2065 10102 58087 -36.8472 17.0064 10102 58289 -36.7840 14.8215 9297 57735 -36.9619 24.3175 9297 57738 -37.0664 27.3632 9297 58007 -36.9489 24.4886 9297 58029 -36.9610 34.8402
2M21535432+4710120 (RV template + CCFs) ( SIMBAD ) H= 11.07 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT LOW_SNR SNR= 17.02 VSCATTER= 0.39 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -78.4447 7.84028 9261 57676 -77.6685 3.76714 9261 57680 -78.1457 11.6669
2M21535448+4600053 (RV template + CCFs) ( SIMBAD ) H= 10.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 345.75 VSCATTER= 3.83 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -12.3827 49.1488 9261 57676 -18.5416 166.805 9261 57680 -19.4090 185.673
2M21535526+4554313 (RV template + CCFs) ( SIMBAD ) H= 11.89 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 111.50 VSCATTER= 0.22 RV_TEFF= 4000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -10.9894 40.8990 9297 57738 -11.1071 38.1593 9297 58007 -10.9907 38.8807 9297 58029 -11.4622 50.6221
2M21535605+4805296 (RV template + CCFs) ( SIMBAD ) H= 10.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 151.77 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -82.2892 23.8547 9261 57676 -82.3009 81.7691 9261 57680 -82.2977 77.7193
2M21535617+4710451 (RV template + CCFs) ( SIMBAD ) H= 7.94 APOGEE2_SCI_CLUSTER SNR= 1120.00 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -6.03280 447.892 8678 57347 -6.07787 496.607 8678 57350 -6.03822 435.459
2M21535627+4702360 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 106.97 VSCATTER= 0.31 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -43.3102 12.8737 10102 58087 -42.8029 23.7489 10102 58289 -42.5794 22.0303 9297 57735 -42.6889 30.8738 9297 57738 -42.5584 34.8464 9297 58007 -42.3586 33.0121 9297 58029 -42.4924 42.8812
2M21535642+4535448 (RV template + CCFs) ( SIMBAD ) H= 11.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.90 VSCATTER= 1.27 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -14.3657 77.3133 10102 58087 -14.6557 39.8988 10102 58289 -16.7040 33.5679
2M21535803+4706420 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 152.71 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -62.8339 46.0410 8678 57347 -62.8185 54.7932 8678 57350 -62.7508 50.4259 9261 57653 -63.1502 14.2941 9261 57676 -63.0269 45.9566 9261 57680 -62.9313 50.6980
2M21535981+4800079 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 102.39 VSCATTER= 1.81 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -30.2865 41.6388 10102 58087 -30.1231 17.6504 10102 58289 -25.5509 18.3147 9297 57735 -29.6577 24.2709 9297 57738 -29.7730 32.1814 9297 58007 -30.7139 26.4861 9297 58029 -30.7068 36.9605
2M21540047+4754257 (RV template + CCFs) ( SIMBAD ) H= 11.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 202.43 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -37.4261 76.2493 8678 57347 -37.4508 91.6773 8678 57350 -37.4097 80.7376
2M21540145+4714219 (RV template + CCFs) ( SIMBAD ) H= 11.50 APOGEE2_ANCILLARY BRIGHT_NEIGHBOR,LOW_SNR,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 1.54 VSCATTER= 2.05 RV_TEFF= 3200.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -208.588 1.15776 10102 58289 -211.490 1.64764
2M21540175+4629400 (RV template + CCFs) ( SIMBAD ) H= 9.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 355.65 VSCATTER= 0.20 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -100.269 140.550 8678 57347 -100.671 161.697 8678 57350 -100.489 145.351
2M21540182+4540198 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 97.19 VSCATTER= 0.11 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -82.7542 37.8283 10102 58087 -82.9739 18.1642 10102 58289 -82.8975 17.3976 9297 57735 -82.7283 29.8761 9297 57738 -82.7712 32.5084 9297 58029 -82.6770 42.4115
2M21540599+4536319 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.47 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -14.8583 37.9305 10102 58087 -15.0033 19.6408 10102 58289 -14.8072 15.5532 9297 57735 -14.8232 27.4099 9297 57738 -14.9485 32.9084 9297 58029 -14.8186 37.0031
2M21540604+4742239 (RV template + CCFs) ( SIMBAD ) H= 9.13 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 923.68 VSCATTER= 8.83 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -59.0659 248.863 10102 58087 -43.5788 154.732 10102 58289 -45.1809 86.3743 8678 57323 -44.4139 208.338 8678 57347 -38.6649 234.528 8678 57350 -38.2050 211.997 9261 57653 -48.7238 64.6521 9261 57676 -43.0631 217.367 9261 57680 -54.9645 219.288 9297 57735 -69.6601 32.3556 9297 57738 -44.0758 200.409 9297 58007 -45.9189 152.002 9297 58029 -53.3783 216.154
2M21540699+4738549 (RV template + CCFs) ( SIMBAD ) H= 10.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 270.33 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -117.540 42.0407 9261 57676 -117.697 128.198 9261 57680 -117.872 144.302
2M21540798+4750012 (RV template + CCFs) ( SIMBAD ) H= 11.86 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 123.97 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -57.2543 50.6663 8678 57347 -57.2482 57.5346 8678 57350 -57.3313 49.4073
2M21540862+4807065 (RV template + CCFs) ( SIMBAD ) H= 10.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 247.32 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -43.7839 77.3009 9297 57738 -43.8711 96.1259 9297 58007 -43.8791 64.8341 9297 58029 -43.7957 108.087
2M21540871+4707548 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 128.26 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -27.5395 42.2411 8678 57347 -27.3487 45.8941 8678 57350 -27.4400 36.2725 9261 57653 -27.5196 10.2466 9261 57676 -27.5389 41.5527 9261 57680 -27.6325 45.2307
2M21541089+4512356 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 111.70 VSCATTER= 0.93 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 999999. 36.0534 8678 57347 -76.1199 41.7721 8678 57350 -76.2378 36.6642 9261 57653 -78.3064 12.8789 9261 57676 -76.3677 44.0182 9261 57680 -76.1886 48.0096
2M21541164+4551532 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.88 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -22.4416 37.7043 10102 58087 -22.4308 23.1680 10102 58289 -22.6496 20.0468 9297 57735 -22.5068 27.6566 9297 57738 -22.4258 32.6664 9297 58029 -22.8728 37.3773
2M21541201+4735528 (RV template + CCFs) ( SIMBAD ) H= 10.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 231.70 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -48.1429 35.4526 9261 57676 -47.9747 105.948 9261 57680 -47.9794 121.720
2M21541260+4715320 (RV template + CCFs) ( SIMBAD ) H= 8.85 APOGEE2_SCI_CLUSTER SNR= 606.28 VSCATTER= 0.02 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -67.6113 229.972 8678 57347 -67.6508 247.146 8678 57350 -67.6479 249.714
2M21541341+4738538 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 121.94 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -94.0950 47.8436 10102 58087 -93.9107 24.7352 10102 58289 -94.1717 18.2557 9297 57735 -94.0421 34.1591 9297 57738 -94.1024 37.8542 9297 58007 -93.8852 33.2616 9297 58029 -93.9978 45.9786
2M21541538+4532351 (RV template + CCFs) ( SIMBAD ) H= 8.40 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1436.59 VSCATTER= 6.91 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10102 58084 9.33713 318.095 10102 58087 5.10479 237.774 10102 58289 -2.09455 113.247 8678 57323 6.15178 328.278 8678 57347 12.1074 357.939 8678 57350 2.46474 293.789 9261 57653 8.01047 120.915 9261 57676 15.3419 352.443 9261 57680 -8.97239 387.445 9297 57735 -1.78244 274.711 9297 57738 0.0956097 273.487 9297 58029 9.30647 331.318
2M21541553+4637258 (RV template + CCFs) ( SIMBAD ) H= 11.93 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 76.76 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -101.487 49.8415 10102 58087 -101.598 29.6304 10102 58289 -101.695 19.7957
2M21541636+4537027 (RV template + CCFs) ( SIMBAD ) H= 10.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 248.47 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -94.2855 107.971 8678 57347 -94.2710 98.5376 8678 57350 -94.3469 109.036
2M21541702+4711501 (RV template + CCFs) ( SIMBAD ) H= 11.75 APOGEE2_SCI_CLUSTER BRIGHT_NEIGHBOR SNR= 151.41 VSCATTER= 0.16 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 22.3457 50.3699 9297 57738 22.5221 53.7178 9297 58007 22.6357 49.0059 9297 58029 22.7001 66.7165
2M21541716+4648351 (RV template + CCFs) ( SIMBAD ) H= 8.33 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1479.27 VSCATTER= 2.28 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -8.93528 376.408 10102 58087 -8.86271 243.324 10102 58289 -9.71109 169.763 8678 57323 -8.63913 288.502 8678 57347 -6.08055 357.127 8678 57350 -5.77362 326.597 9261 57653 -2.71573 113.196 9261 57676 -8.71648 331.093 9261 57680 -7.64744 351.445 9297 57735 -7.00207 261.796 9297 57738 -11.2126 282.790 9297 58007 -4.74820 252.490 9297 58029 -8.76454 328.192
2M21541913+4748267 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.65 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -119.232 39.4496 9297 57738 -119.184 46.5043 9297 58007 -119.130 43.3130 9297 58029 -119.375 56.4595
2M21541942+4544036 (RV template + CCFs) ( SIMBAD ) H= 8.52 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 738.08 VSCATTER= 0.31 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -21.6589 312.579 8678 57347 -22.1317 303.386 8678 57350 -22.2449 325.761
2M21541952+4726014 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 123.75 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -92.9218 43.4731 10102 58087 -92.7928 29.4662 10102 58289 -92.9060 21.4601 9297 57735 -92.8157 32.2901 9297 57738 -92.8985 37.5041 9297 58007 -92.8745 31.4890 9297 58029 -92.8860 43.8927
2M21542012+4530354 (RV template + CCFs) ( SIMBAD ) H= 10.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 224.25 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -26.4633 86.2420 9297 57738 -26.4313 92.6286 9297 58029 -26.4465 107.734
2M21542130+4706449 (RV template + CCFs) ( SIMBAD ) H= 10.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 371.59 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -77.7924 149.104 8678 57347 -77.7801 163.338 8678 57350 -77.8422 146.428
2M21542342+4647245 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 191.62 VSCATTER= 0.74 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -12.6004 30.8466 9261 57676 -13.6812 95.1058 9261 57680 -14.0178 97.8026
2M21542576+4754481 (RV template + CCFs) ( SIMBAD ) H= 12.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 92.16 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -50.1952 32.3883 9297 57738 -50.1642 36.0136 9297 58007 -50.2949 32.8583 9297 58029 -50.3070 35.0110
2M21542601+4526221 (RV template + CCFs) ( SIMBAD ) H= 11.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 120.02 VSCATTER= 0.01 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -46.5108 72.6316 10102 58087 -46.5146 40.2074 10102 58289 -46.5039 32.3267
2M21542768+4631589 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 76.08 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -49.9716 29.0393 10102 58087 -50.0497 18.3121 10102 58289 -50.0395 14.4391 9297 57735 -50.2676 18.7158 9297 57738 -50.0222 23.2884 9297 58007 -50.0543 21.9363 9297 58029 -50.0377 30.7180
2M21543225+4612481 (RV template + CCFs) ( SIMBAD ) H= 11.18 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 180.19 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -134.331 71.8871 8678 57347 -134.218 87.8707 8678 57350 -134.101 68.6266
2M21543352+4639384 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 81.70 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -92.7441 24.9656 8678 57347 -92.8814 33.9768 8678 57350 -92.7584 26.3426 9261 57676 -92.9037 28.3477 9261 57680 -92.8879 31.3936
2M21543411+4619146 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 104.07 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -77.4765 39.4502 10102 58087 -77.8151 24.6570 10102 58289 -77.8282 19.1731 9297 57735 -77.6925 25.4506 9297 57738 -77.6594 32.9345 9297 58007 -77.3827 32.0518 9297 58029 -77.5400 38.9573
2M21543420+4529296 (RV template + CCFs) ( SIMBAD ) H= 10.07 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 308.63 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -61.4475 50.8564 9261 57676 -61.4799 150.546 9261 57680 -61.5004 163.987
2M21543490+4518128 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 184.21 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -32.9406 28.6320 9261 57676 -32.9352 89.8373 9261 57680 -32.9629 100.773
2M21543609+4736204 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.29 VSCATTER= 2.37 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -85.3830 28.3653 8678 57347 -85.4098 36.4934 8678 57350 -85.4621 31.9475 9261 57653 -89.1132 10.9300 9261 57676 -90.0006 35.1424 9261 57680 -89.9915 39.0405
2M21543756+4744429 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 116.72 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -40.1823 37.2759 8678 57347 -40.0923 40.0426 8678 57350 -39.9482 37.6235 9261 57653 -39.7978 11.3145 9261 57676 -40.1485 37.7941 9261 57680 -40.1596 40.5678
2M21544066+4615396 (RV template + CCFs) ( SIMBAD ) H= 11.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 169.67 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -40.6066 57.5654 9297 57738 -40.6382 68.8315 9297 58007 -40.5688 50.4544 9297 58029 -40.5483 81.1390
2M21544162+4546084 (RV template + CCFs) ( SIMBAD ) H= 12.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 70.40 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -141.029 46.3820 10102 58087 -141.186 21.3638 10102 58289 -141.197 20.6005
2M21544203+4529363 (RV template + CCFs) ( SIMBAD ) H= 11.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 138.18 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -88.6067 22.6745 9261 57676 -88.4577 71.0623 9261 57680 -88.5568 71.7161
2M21544341+4548060 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.88 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -59.6776 29.6396 10102 58087 -59.5953 15.3254 10102 58289 -59.8385 16.3773 9297 57735 -59.7778 21.1208 9297 57738 -59.9744 27.6414 9297 58029 -59.7083 26.2416
2M21544449+4552227 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.91 VSCATTER= 0.11 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 5.53239 30.5980 10102 58087 5.40357 14.9032 10102 58289 5.52337 14.6652 9297 57735 5.58626 19.0940 9297 57738 5.74601 23.4741 9297 58029 5.59201 33.6106
2M21544510+4510117 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.23 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -96.2128 26.6239 10102 58087 -96.3466 10.8767 10102 58289 -96.4113 10.6310 9297 57735 -96.4403 17.5812 9297 57738 -96.2677 18.9605 9297 58029 -96.0088 24.3697
2M21544555+4634437 (RV template + CCFs) ( SIMBAD ) H= 10.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 260.45 VSCATTER= 0.52 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -154.171 47.7376 9261 57676 -153.479 134.657 9261 57680 -153.153 135.722
2M21544644+4753010 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 106.75 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -34.0472 39.0319 10102 58087 -34.0809 20.0560 10102 58289 -33.9780 18.6539 9297 57735 -33.7197 27.5580 9297 57738 -33.9304 33.6404 9297 58007 -33.7586 29.4457 9297 58029 -34.1707 40.3145
2M21544705+4753471 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 97.18 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -69.8489 31.3177 8678 57347 -70.0029 32.5516 8678 57350 -69.9957 29.2984 9261 57676 -70.1016 33.8556 9261 57680 -69.8533 35.6564
2M21544833+4631378 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 79.76 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -73.0484 25.1883 8678 57347 -72.9976 30.9270 8678 57350 -73.0542 26.7802 9261 57676 -72.8767 29.6656 9261 57680 -72.9296 31.3888
2M21544919+4619428 (RV template + CCFs) ( SIMBAD ) H= 12.13 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 83.89 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -72.6039 15.6678 9261 57676 -72.6085 43.6832 9261 57680 -72.6293 46.4307
2M21545155+4644149 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.49 VSCATTER= 2.34 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -45.9726 50.6471 10102 58087 -45.6956 23.8356 10102 58289 -41.6124 22.7106 9297 57735 -42.2673 24.1220 9297 57738 -41.9183 35.9404 9297 58029 -46.7596 43.5334
2M21545376+4605147 (RV template + CCFs) ( SIMBAD ) H= 11.97 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 128.88 VSCATTER= 0.02 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 8678 57323 -180.781 57.0019 8678 57347 -180.768 51.6080 8678 57350 -180.747 58.8378
2M21545579+4537248 (RV template + CCFs) ( SIMBAD ) H= 11.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 117.90 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -60.0862 75.6469 10102 58087 -60.2984 37.4565 10102 58289 -60.0072 30.1718
2M21545815+4654502 (RV template + CCFs) ( SIMBAD ) H= 10.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 295.92 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -22.4189 119.946 8678 57347 -22.3679 125.927 8678 57350 -22.4255 116.160
2M21545823+4800053 (RV template + CCFs) ( SIMBAD ) H= 11.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT LOW_SNR,PERSIST_LOW,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 5.87 VSCATTER= 448.08 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -172.714 5.79124 10102 58087 460.973 3.05528 10102 58289 999999. 6.87638
2M21545933+4617108 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 101.04 VSCATTER= 1.45 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -42.7739 35.0316 8678 57347 -42.4548 39.4096 8678 57350 -42.4003 36.2771 9261 57653 -40.2340 12.3752 9261 57676 -39.8438 37.0704 9261 57680 -39.7035 39.0697
2M21545973+4717003 (RV template + CCFs) ( SIMBAD ) H= 7.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 1335.53 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -21.2947 524.346 8678 57347 -21.1804 597.844 8678 57350 -21.1854 529.046
2M21550027+4738204 (RV template + CCFs) ( SIMBAD ) H= 10.91 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 228.32 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 8.41668 95.4189 8678 57347 8.44948 99.6370 8678 57350 8.42277 83.9427
2M21550028+4704535 (RV template + CCFs) ( SIMBAD ) H= 11.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 180.26 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -48.0646 70.1387 8678 57347 -48.0184 79.9714 8678 57350 -48.1916 71.7280
2M21550043+4633419 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 98.22 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -163.528 29.4618 8678 57347 -163.485 41.6362 8678 57350 -163.309 31.9056 9261 57653 -163.438 11.4576 9261 57676 -163.063 31.9524 9261 57680 -163.210 32.5006
2M21550200+4552012 (RV template + CCFs) ( SIMBAD ) H= 11.17 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 181.77 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -43.2655 24.0075 9261 57676 -43.4354 89.7529 9261 57680 -43.2735 97.4929
2M21550427+4733129 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 136.82 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -42.3329 44.3644 8678 57347 -42.2449 44.7417 8678 57350 -42.2510 40.2990 9261 57653 -42.3094 13.2242 9261 57676 -42.1884 42.0412 9261 57680 -42.1512 50.9731
2M21550575+4607447 (RV template + CCFs) ( SIMBAD ) H= 10.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 300.72 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9261 57653 -182.087 43.2753 9261 57676 -182.205 147.221 9261 57680 -182.258 157.119
2M21550622+4752060 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 225.01 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -29.9428 81.6214 9297 57738 -29.8831 72.8656 9297 58007 -30.0950 67.7247 9297 58029 -29.9154 98.0740
2M21550733+4544376 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 80.67 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -45.0077 36.6530 10102 58087 -45.0384 16.0777 10102 58289 -44.9715 16.1804 9297 57735 -45.1963 24.6505 9297 57738 -44.9934 27.6481 9297 58029 -45.1987 29.7922
2M21550736+4607171 (RV template + CCFs) ( SIMBAD ) H= 12.17 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 80.53 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -88.1120 53.3711 10102 58087 -88.1480 23.2262 10102 58289 -88.1022 21.1883
2M21550808+4754006 (RV template + CCFs) ( SIMBAD ) H= 11.99 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 112.34 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -90.9131 45.2642 8678 57347 -90.6252 52.2365 8678 57350 -90.7325 45.2941
2M21551228+4727019 (RV template + CCFs) ( SIMBAD ) H= 7.60 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 2185.23 VSCATTER= 8.14 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -37.4928 483.689 10102 58087 -39.0970 353.715 10102 58289 -39.7827 211.945 8678 57323 -22.1140 469.244 8678 57347 -22.8450 503.423 8678 57350 -28.9935 454.984 9261 57653 -35.7645 162.689 9261 57676 -36.4885 456.772 9261 57680 -28.7984 531.314 9297 57735 -42.4748 423.185 9297 57738 -42.4314 409.669 9297 58007 -40.0642 338.310 9297 58029 -50.2360 459.918
2M21551345+4738261 (RV template + CCFs) ( SIMBAD ) H= 11.58 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 155.14 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -136.864 52.4735 9297 57738 -136.646 56.3307 9297 58007 -136.579 49.0642 9297 58029 -136.682 66.5919
2M21551627+4525282 (RV template + CCFs) ( SIMBAD ) H= 10.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 210.88 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 -67.7343 126.546 10102 58087 -67.6012 69.4372 10102 58289 -67.5847 49.5249
2M21551701+4720214 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 129.19 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -71.0007 41.9568 8678 57347 -70.9859 43.8974 8678 57350 -71.0371 39.1240 9261 57653 -70.9003 13.3479 9261 57676 -71.0469 43.1264 9261 57680 -71.1507 47.2476
2M21551706+4625437 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 103.39 VSCATTER= 0.90 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -35.1736 40.6748 10102 58087 -34.9925 24.9784 10102 58289 -36.1258 22.4025 9297 57735 -33.4710 28.1735 9297 57738 -33.6967 37.4043 9297 58007 -34.6785 29.8010 9297 58029 -34.8124 36.9205
2M21551715+4623131 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 80.92 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -95.4920 27.3964 8678 57347 -95.4982 21.9203 8678 57350 -95.5349 31.4672 9261 57676 -95.5242 32.1702 9261 57680 -95.6604 35.8710
2M21551845+4650079 (RV template + CCFs) ( SIMBAD ) H= 10.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 235.23 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -63.6544 137.461 10102 58087 -63.6670 81.9269 10102 58289 -63.5274 61.8288
2M21551951+4654216 (RV template + CCFs) ( SIMBAD ) H= 7.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 1378.07 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 8678 57323 -22.0126 549.781 8678 57347 -22.1339 603.546 8678 57350 -22.0608 554.237
2M21552172+4751353 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.27 VSCATTER= 0.09 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -54.1287 28.8861 8678 57347 -54.2412 36.7408 8678 57350 -54.1978 31.1921 9261 57676 -54.3765 37.8580 9261 57680 -54.2016 41.3380
2M21552203+4635164 (RV template + CCFs) ( SIMBAD ) H= 11.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 156.00 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -63.1696 64.1314 8678 57347 -63.1171 76.4393 8678 57350 -63.0695 62.3015
2M21552245+4757591 (RV template + CCFs) ( SIMBAD ) H= 10.81 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 186.38 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -21.7436 113.760 10102 58087 -21.5450 55.4179 10102 58289 -21.6765 38.8020
2M21552377+4612063 (RV template + CCFs) ( SIMBAD ) H= 9.06 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 897.91 VSCATTER= 3.17 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 1.10796 298.596 10102 58087 -7.73619 162.877 10102 58289 -4.73220 109.381 8678 57323 -1.38758 216.467 8678 57347 -0.897556 232.606 8678 57350 0.247755 232.374 9261 57653 -0.686745 84.4947 9261 57676 -5.79124 225.243 9261 57680 -7.23535 110.997 9297 57735 -6.37384 178.383 9297 57738 1.09362 206.045 9297 58007 -2.16308 169.900 9297 58029 -4.01975 225.109
2M21552420+4755548 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.75 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -59.7323 32.4975 10102 58087 -59.8773 15.7257 10102 58289 -59.8801 14.7623 9297 57735 -59.5899 21.0180 9297 57738 -59.8036 26.8418 9297 58007 -59.6671 22.5723 9297 58029 -59.7662 31.1751
2M21552455+4720212 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 184.52 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -35.6411 77.1317 8678 57347 -35.5819 83.2570 8678 57350 -35.6903 73.6954
2M21552550+4516444 (RV template + CCFs) ( SIMBAD ) H= 11.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 100.83 VSCATTER= 0.32 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -151.352 63.8750 10102 58087 -151.369 33.1814 10102 58289 -150.811 27.0002
2M21552726+4720093 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_RV_COMBINATION SNR= 90.25 VSCATTER= 1.35 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -66.6476 42.7368 10102 58087 999999. 20.9709 10102 58289 -64.2220 19.3101 9297 57735 -64.9344 28.5076 9297 57738 -64.0387 30.9530 9297 58007 -63.0238 24.7571 9297 58029 999999. 40.4773
2M21552804+4650117 (RV template + CCFs) ( SIMBAD ) H= 12.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.72 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -28.3436 29.8772 9297 57738 -28.5834 44.4142 9297 58007 -28.8685 35.3071 9297 58029 -28.6202 54.8518
2M21552932+4722167 (RV template + CCFs) ( SIMBAD ) H= 10.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 336.78 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -74.6243 137.736 8678 57347 -74.6892 149.093 8678 57350 -74.6929 139.151
2M21552980+4626076 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 104.61 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -108.167 33.9702 8678 57347 -108.298 38.6737 8678 57350 -108.006 37.3940 9261 57653 -108.516 13.0491 9261 57676 -108.253 39.6060 9261 57680 -108.052 40.8548
2M21553048+4513006 (RV template + CCFs) ( SIMBAD ) H= 11.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 105.03 VSCATTER= 0.09 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -13.2919 18.5434 9261 57676 -13.1215 48.5809 9261 57680 -13.2193 62.2073
2M21553233+4601400 (RV template + CCFs) ( SIMBAD ) H= 12.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 96.57 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -21.2525 64.5995 10102 58087 -21.0548 27.5535 10102 58289 -21.4113 21.9034
2M21553749+4658555 (RV template + CCFs) ( SIMBAD ) H= 8.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 884.21 VSCATTER= 0.28 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -53.1926 361.884 8678 57347 -53.5817 384.157 8678 57350 -53.7360 368.797
2M21553755+4633318 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 107.18 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -12.2685 39.0361 8678 57347 -12.1807 42.3454 8678 57350 -12.3292 39.2005 9261 57653 -12.4132 14.5406 9261 57676 -12.2093 42.1851 9261 57680 -12.2841 38.0254
2M21553784+4520109 (RV template + CCFs) ( SIMBAD ) H= 11.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.87 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -44.6653 17.0396 9261 57676 -44.8471 57.1423 9261 57680 -44.6977 59.9834
2M21553940+4722303 (RV template + CCFs) ( SIMBAD ) H= 12.00 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 108.74 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -141.786 16.8408 9261 57676 -142.028 55.4112 9261 57680 -142.053 58.0902
2M21554019+4543456 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.89 VSCATTER= 1.36 RV_TEFF= 4000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -29.8954 27.5257 10102 58087 -30.4213 14.7313 10102 58289 -29.5322 12.2399 9297 57735 -27.2773 13.9681 9297 57738 -27.2560 27.1387 9297 58029 -29.3525 22.5380
2M21554084+4714188 (RV template + CCFs) ( SIMBAD ) H= 12.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.27 VSCATTER= 0.29 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -81.1004 16.9368 9261 57676 -81.6744 39.0822 9261 57680 -81.4545 55.8636
2M21554171+4705222 (RV template + CCFs) ( SIMBAD ) H= 11.87 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 137.54 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -133.703 46.4092 9297 57738 -133.777 50.7348 9297 58007 -133.480 44.2961 9297 58029 -133.605 60.1652
2M21554204+4518011 (RV template + CCFs) ( SIMBAD ) H= 10.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 236.02 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -64.2662 34.5837 9261 57676 -64.2707 117.862 9261 57680 -64.2122 125.794
2M21554223+4531143 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.96 VSCATTER= 4.27 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -29.6200 36.3560 10102 58087 -29.5950 13.9992 10102 58289 -27.9910 15.9557 9297 57735 -37.5147 29.1478 9297 57738 -37.5697 35.7422 9297 58029 -30.5165 30.0741
2M21554361+4745051 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.73 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -42.5806 48.1481 10102 58087 -42.7069 15.7948 10102 58289 -42.5840 17.1173 9297 57735 -42.6304 29.0026 9297 57738 -42.9269 32.2466 9297 58007 -42.6475 31.8450 9297 58029 -42.7312 42.4285
2M21554649+4606492 (RV template + CCFs) ( SIMBAD ) H= 10.96 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 166.72 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -90.7191 30.0508 9261 57676 -90.4378 82.8142 9261 57680 -90.4174 92.3114
2M21554727+4533030 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.84 VSCATTER= 0.04 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -77.7998 29.0104 8678 57347 -77.8818 33.7192 8678 57350 -77.7597 31.0536 9261 57676 -77.8272 32.0534 9261 57680 -77.8132 34.3882
2M21554765+4550197 (RV template + CCFs) ( SIMBAD ) H= 11.88 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.99 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 0.0197022 17.5547 9261 57676 0.0232563 58.3113 9261 57680 -0.0538731 58.5746
2M21554860+4730145 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.85 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -132.470 34.4350 8678 57347 -132.694 33.7080 8678 57350 -132.541 30.3988 9261 57653 -132.557 10.0078 9261 57676 -132.509 31.5963 9261 57680 -132.466 33.3141
2M21554938+4700236 (RV template + CCFs) ( SIMBAD ) H= 10.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 280.11 VSCATTER= 0.02 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -62.7513 118.845 8678 57347 -62.7692 110.003 8678 57350 -62.7323 115.002
2M21555002+4715434 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.83 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -70.3739 34.4300 8678 57347 -70.4139 38.7314 8678 57350 -70.5417 36.0410 9261 57653 -70.1788 10.4531 9261 57676 -70.2260 35.0768 9261 57680 -70.2897 39.3879
2M21555038+4543536 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.42 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -114.509 41.3486 10102 58087 -114.192 20.8695 10102 58289 -114.161 19.3539 9297 57735 -114.305 32.7732 9297 57738 -114.393 35.7336 9297 58029 -114.492 40.5228
2M21555309+4537144 (RV template + CCFs) ( SIMBAD ) H= 11.84 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 103.19 VSCATTER= 0.31 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -1.02099 44.0487 9297 57738 -1.33510 49.0316 9297 58029 -0.725026 44.9977
2M21555657+4744578 (RV template + CCFs) ( SIMBAD ) H= 10.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 252.71 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -104.271 37.5300 9261 57676 -104.400 118.739 9261 57680 -104.381 131.871
2M21555764+4553553 (RV template + CCFs) ( SIMBAD ) H= 10.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 162.67 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -65.8115 100.707 10102 58087 -65.7358 53.4472 10102 58289 -65.9535 42.0067
2M21555780+4749355 (RV template + CCFs) ( SIMBAD ) H= 11.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 147.07 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -72.3311 21.9342 9261 57676 -72.5566 72.5258 9261 57680 -72.5902 75.0559
2M21555883+4535167 (RV template + CCFs) ( SIMBAD ) H= 10.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 284.61 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -25.7876 121.525 9297 57738 -25.7137 128.915 9297 58029 -25.6887 114.992
2M21560026+4750279 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.01 VSCATTER= 0.20 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -52.8907 34.0776 10102 58087 -52.4242 13.9808 10102 58289 -52.4683 12.7504 9297 57735 -52.4431 19.8367 9297 57738 -52.7870 25.3518 9297 58007 -52.3536 22.0806 9297 58029 -52.5931 28.1188
2M21560081+4744472 (RV template + CCFs) ( SIMBAD ) H= 10.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 236.81 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -36.8861 81.6374 9297 57738 -36.9630 79.1356 9297 58007 -36.8080 76.1120 9297 58029 -36.8417 101.966
2M21560190+4537038 (RV template + CCFs) ( SIMBAD ) H= 10.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 272.10 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -29.3637 45.0576 9261 57676 -29.2618 125.675 9261 57680 -29.4922 148.232
2M21560255+4723018 (RV template + CCFs) ( SIMBAD ) H= 11.18 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 151.27 VSCATTER= 0.92 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -52.2125 85.7140 10102 58087 -52.4557 54.3725 10102 58289 -53.9152 39.0529
2M21560294+4541238 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.49 VSCATTER= 0.24 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -17.9572 28.6895 10102 58087 -18.4552 18.7737 10102 58289 -17.8894 15.6137 9297 57735 -18.1042 27.4762 9297 57738 -17.9584 34.5398 9297 58029 -17.7501 32.3804
2M21560428+4642275 (RV template + CCFs) ( SIMBAD ) H= 11.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 169.94 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -136.196 51.6173 9297 57738 -136.171 66.3111 9297 58007 -136.126 52.3555 9297 58029 -136.051 80.9747
2M21560443+4655146 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 179.94 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -87.4290 107.713 10102 58087 -87.4481 58.8187 10102 58289 -87.2105 47.7754
2M21560598+4523250 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 100.94 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -12.2621 29.4092 8678 57347 -12.0006 35.1793 8678 57350 -12.0892 32.1314 9261 57653 -11.9843 10.8598 9261 57676 -12.1242 37.7057 9261 57680 -12.3125 40.3851
2M21560605+4557406 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 264.79 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -80.8114 114.191 9297 57738 -80.7025 88.0702 9297 58029 -80.7632 131.776
2M21560928+4624138 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 86.01 VSCATTER= 0.21 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -173.015 29.4226 8678 57347 -172.652 32.9177 8678 57350 -172.748 31.4810 9261 57653 -172.424 10.3945 9261 57676 -172.751 32.1383 9261 57680 -172.498 32.6497
2M21560947+4613289 (RV template + CCFs) ( SIMBAD ) H= 11.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 98.55 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -25.3503 65.0068 10102 58087 -25.2809 24.4965 10102 58289 -25.3032 40.4700
2M21560954+4657080 (RV template + CCFs) ( SIMBAD ) H= 7.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 1257.92 VSCATTER= 0.13 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -47.8582 523.965 8678 57347 -47.7212 563.588 8678 57350 -47.9880 484.776
2M21561061+4541042 (RV template + CCFs) ( SIMBAD ) H= 9.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 419.86 VSCATTER= 0.76 RV_TEFF= 3400.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -163.676 197.590 8678 57347 -164.960 143.998 8678 57350 -165.027 193.866
2M21561116+4650130 (RV template + CCFs) ( SIMBAD ) H= 10.90 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 194.41 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -119.556 53.5719 9297 57738 -119.611 74.4189 9297 58007 -119.647 59.5378 9297 58029 -119.591 95.1036
2M21561244+4651467 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 147.27 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -35.1430 47.6632 8678 57347 -34.9043 52.2802 8678 57350 -34.6682 47.9697 9261 57653 -34.9739 14.2949 9261 57676 -34.9966 45.0959 9261 57680 -35.0509 48.5618
2M21561257+4733535 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 104.97 VSCATTER= 17.80 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -31.1594 43.5319 10102 58087 -30.7513 18.4263 10102 58289 -76.6780 16.7496 9297 57735 -50.0715 28.2180 9297 57738 -47.8196 30.9768 9297 58007 -68.5677 28.1039 9297 58029 -62.5775 38.3687
2M21561393+4647222 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 115.92 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -62.4117 18.0903 9261 57676 -62.3955 57.5846 9261 57680 -62.4772 61.4847
2M21561442+4728110 (RV template + CCFs) ( SIMBAD ) H= 7.96 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 1882.69 VSCATTER= 1.41 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10102 58084 -7.10174 472.381 10102 58087 -10.3973 283.397 10102 58289 -9.80184 187.428 8678 57323 -9.46593 393.308 8678 57347 -9.63674 457.594 8678 57350 -8.30653 411.779 9261 57653 -7.04689 144.551 9261 57676 -8.82176 374.330 9261 57680 -11.2043 460.930 9297 57735 -6.19532 330.989 9297 57738 -9.10411 339.195 9297 58007 -9.41687 298.143 9297 58029 -8.75298 390.603
2M21561518+4626056 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 123.98 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -10.6459 39.5793 8678 57347 -10.8545 46.1096 8678 57350 -10.7969 45.2020 9261 57653 -10.8558 13.6895 9261 57676 -10.7344 39.4670 9261 57680 -10.7802 42.0117
2M21561722+4723268 (RV template + CCFs) ( SIMBAD ) H= 10.90 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 233.89 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -54.2924 83.3625 9297 57738 -54.3664 82.1711 9297 58007 -54.2639 71.3941 9297 58029 -54.1672 99.8977
2M21561759+4556142 (RV template + CCFs) ( SIMBAD ) H= 11.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 134.40 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -10.2705 22.5707 9261 57676 -10.2282 61.4614 9261 57680 -10.1817 77.5708
2M21561989+4628582 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 88.12 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -123.623 35.6525 10102 58087 -123.617 20.3122 10102 58289 -123.405 18.6493 9297 57735 -123.779 22.8434 9297 57738 -123.365 30.4436 9297 58007 -123.326 25.9014 9297 58029 -123.465 34.6929
2M21561991+4703256 (RV template + CCFs) ( SIMBAD ) H= 12.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 111.19 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -81.4263 17.3704 9261 57676 -81.5935 54.5829 9261 57680 -81.4388 60.7366
2M21562177+4750425 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 101.84 VSCATTER= 1.99 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -94.5201 32.8110 8678 57347 -94.6421 35.3523 8678 57350 -94.8492 32.3678 9261 57653 -91.9088 10.1587 9261 57676 -90.7917 37.3472 9261 57680 -90.6740 35.7007
2M21562250+4711150 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.36 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -76.8747 33.5922 8678 57347 -76.9937 36.9984 8678 57350 -77.1142 32.3336 9261 57653 -76.8380 10.5754 9261 57676 -77.0506 32.6165 9261 57680 -76.8771 37.3325
2M21562378+4533447 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.95 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -98.2206 16.3595 10102 58087 -98.2940 12.9824 10102 58289 -98.4867 13.1819 9297 57735 -98.5776 22.8369 9297 57738 -98.3985 26.2808 9297 58029 -98.5654 30.9524
2M21562385+4610114 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 91.83 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -59.7551 43.7750 10102 58087 -59.5379 17.3924 10102 58289 -59.2668 16.1075 9297 57735 -59.4656 17.0978 9297 57738 -59.6861 30.5817 9297 58007 -59.3309 24.8765 9297 58029 -59.3759 33.8625
2M21562470+4606268 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 114.57 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -52.7094 38.0238 8678 57347 -52.7486 43.6364 8678 57350 -52.9034 42.1222 9261 57653 -52.4564 11.3074 9261 57676 -52.5500 36.1729 9261 57680 -52.7253 38.7078
2M21562506+4627331 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 77.89 VSCATTER= 0.28 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -137.910 32.3414 10102 58087 -138.033 18.3396 10102 58289 -137.280 18.4785 9297 57735 -138.030 17.7171 9297 57738 -137.680 25.5354 9297 58007 -137.507 22.7906 9297 58029 -137.641 30.4150
2M21562565+4529403 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 172.87 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -48.8086 28.7911 9261 57676 -48.8598 88.0477 9261 57680 -48.8183 88.0203
2M21562679+4720517 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 106.33 VSCATTER= 0.32 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 7.53755 40.3931 10102 58087 8.50160 20.7273 10102 58289 8.25699 17.6666 9297 57735 8.29850 30.9753 9297 57738 8.36872 31.1772 9297 58007 7.96844 32.1298 9297 58029 8.26591 34.2057
2M21562738+4734468 (RV template + CCFs) ( SIMBAD ) H= 11.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 147.31 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -21.7683 86.4366 10102 58087 -21.6734 49.6748 10102 58289 -21.6623 37.6958
2M21562928+4725159 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.00 VSCATTER= 0.93 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -45.6518 40.6723 10102 58087 -45.4464 18.8799 10102 58289 -44.9263 17.4041 9297 57735 -47.3055 23.6061 9297 57738 -47.3443 29.5339 9297 58007 -45.9448 28.5974 9297 58029 -45.7032 38.7531
2M21563057+4603096 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 113.20 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -123.545 37.8874 8678 57347 -123.449 41.6418 8678 57350 -123.316 40.1793 9261 57653 -123.548 11.6343 9261 57676 -123.625 35.2710 9261 57680 -123.665 39.2373
2M21563245+4615038 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 107.45 VSCATTER= 0.30 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -42.2202 64.1855 10102 58087 -42.2215 43.1074 10102 58289 -41.7038 35.7897
2M21563295+4736128 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_ANCILLARY,APOGEE2_AGB BRIGHT_NEIGHBOR,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 108.46 VSCATTER= 3.21 RV_TEFF= 3200.00 RV_LOGG= 5.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 8678 57323 -34.1168 34.0977 8678 57347 -37.4532 39.8984 8678 57350 -36.1560 33.1201 9261 57653 -35.3688 10.1987 9261 57676 -30.4353 35.3872 9261 57680 -29.4826 37.9866
2M21563517+4740264 (RV template + CCFs) ( SIMBAD ) H= 12.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 120.61 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -119.039 47.3853 8678 57347 -119.008 56.9922 8678 57350 -119.021 50.5420
2M21563703+4635100 (RV template + CCFs) ( SIMBAD ) H= 11.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 144.32 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -43.7721 89.3335 10102 58087 -43.7927 46.4990 10102 58289 -43.8318 35.7054
2M21563734+4748144 (RV template + CCFs) ( SIMBAD ) H= 10.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 278.77 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -66.2484 113.514 8678 57347 -66.2022 126.019 8678 57350 -66.2184 105.805
2M21563881+4605543 (RV template + CCFs) ( SIMBAD ) H= 12.16 APOGEE2_ANCILLARY,APOGEE2_LABEL_STAR SNR= 116.46 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -89.9513 51.4539 8678 57347 -89.9090 54.1707 8678 57350 -89.7988 49.9691
2M21564111+4744483 (RV template + CCFs) ( SIMBAD ) H= 11.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 159.80 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -53.4762 52.3371 9297 57738 -53.4471 52.7075 9297 58007 -53.4284 52.4316 9297 58029 -53.3449 71.8819
2M21564386+4517390 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.78 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -156.011 25.3250 10102 58087 -155.883 10.8405 10102 58289 -155.916 9.91267 9297 57735 -155.821 21.2491 9297 57738 -156.039 22.2121 9297 58029 -156.187 28.1233
2M21564416+4608329 (RV template + CCFs) ( SIMBAD ) H= 10.04 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 338.46 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -105.991 111.987 9297 57738 -105.790 130.521 9297 58007 -105.925 109.734 9297 58029 -105.972 146.365
2M21564477+4739227 (RV template + CCFs) ( SIMBAD ) H= 12.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 88.98 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -67.9077 56.0327 10102 58087 -67.6619 26.4836 10102 58289 -67.5820 23.3379
2M21564508+4556553 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 128.36 VSCATTER= 0.29 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -42.7446 44.6938 8678 57347 -42.8729 46.7939 8678 57350 -42.7901 40.4824 9261 57653 -42.2506 14.4701 9261 57676 -42.2939 43.1038 9261 57680 -42.3222 47.2592
2M21564542+4731462 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 102.16 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -151.041 64.3419 10102 58087 -151.103 30.1113 10102 58289 -150.867 25.9639
2M21564600+4740379 (RV template + CCFs) ( SIMBAD ) H= 10.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 301.80 VSCATTER= 10.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -75.8635 102.375 9297 57738 -74.8743 108.813 9297 58007 -61.4856 92.6549 9297 58029 -55.2749 126.790
2M21564871+4530016 (RV template + CCFs) ( SIMBAD ) H= 9.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 450.91 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -36.4314 179.683 8678 57347 -36.6596 211.425 8678 57350 -36.6868 184.468
2M21565128+4640536 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 194.67 VSCATTER= 1.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -43.3875 122.082 10102 58087 -43.4213 64.4443 10102 58289 -41.3138 48.4815
2M21565153+4712526 (RV template + CCFs) ( SIMBAD ) H= 10.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 268.73 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -90.7346 41.8440 9261 57676 -90.7150 128.610 9261 57680 -90.7057 139.306
2M21565292+4641069 (RV template + CCFs) ( SIMBAD ) H= 8.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 607.76 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -50.8188 242.700 8678 57347 -50.4639 266.045 8678 57350 -50.5519 262.007
2M21565322+4715109 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.02 VSCATTER= 0.29 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -56.5574 41.9342 10102 58087 -56.4961 18.5608 10102 58289 -56.5104 15.6540 9297 57735 -56.8416 22.6810 9297 57738 -57.0764 12.7290 9297 58007 -56.1819 24.0577 9297 58029 -56.4207 36.2364
2M21565574+4542321 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 225.42 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -42.1774 133.508 10102 58087 -42.1739 79.1820 10102 58289 -42.1414 59.9905
2M21565753+4642551 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.08 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -113.964 39.5489 10102 58087 -114.001 18.1149 10102 58289 -114.036 16.2131 9297 57735 -114.087 23.4411 9297 57738 -114.132 25.3336 9297 58007 -113.735 25.1981 9297 58029 -113.883 31.3936
2M21565808+4605445 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 98.97 VSCATTER= 0.36 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -15.2639 42.6339 10102 58087 -14.8185 17.0259 10102 58289 -15.9644 15.5084 9297 57735 -15.4948 23.6101 9297 57738 -15.1077 33.5602 9297 58007 -15.2806 27.8604 9297 58029 -15.1253 35.5995
2M21565817+4532059 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.05 VSCATTER= 0.23 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -121.957 27.5034 10102 58087 -122.048 10.6303 10102 58289 -121.680 12.1992 9297 57735 -122.335 20.4882 9297 57738 -121.766 28.1034 9297 58029 -122.010 24.3477
2M21565827+4609559 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 268.89 VSCATTER= 0.30 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -132.962 99.1480 9297 57738 -132.828 97.9783 9297 58007 -132.425 92.7354 9297 58029 -132.340 112.693
2M21570249+4710195 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 97.89 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -57.7421 39.7989 10102 58087 -57.4587 21.2431 10102 58289 -57.6398 16.8710 9297 57735 -57.8849 26.0790 9297 57738 -57.9186 25.2336 9297 58007 -57.6911 27.3716 9297 58029 -57.7005 38.1521
2M21570324+4554260 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 144.48 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -94.1805 88.0236 10102 58087 -94.3040 53.1018 10102 58289 -94.4095 41.0627
2M21570336+4624259 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 106.95 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -121.023 32.9101 8678 57347 -121.013 37.8213 8678 57350 -121.084 40.4273 9261 57653 -121.182 10.3065 9261 57676 -120.985 36.4698 9261 57680 -121.066 38.8457
2M21570391+4719529 (RV template + CCFs) ( SIMBAD ) H= 11.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 124.73 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -77.5559 18.1290 9261 57676 -77.8590 57.6165 9261 57680 -77.5958 68.6565
2M21570412+4741244 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 244.66 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -8.11723 80.3182 9297 57738 -8.01733 92.1998 9297 58007 -8.13522 72.4565 9297 58029 -8.14072 105.503
2M21570564+4757542 (RV template + CCFs) ( SIMBAD ) H= 8.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 674.09 VSCATTER= 0.43 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -66.9618 255.762 8678 57347 -67.7264 304.596 8678 57350 -67.6978 270.226
2M21570604+4529591 (RV template + CCFs) ( SIMBAD ) H= 11.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 125.00 VSCATTER= 0.27 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -41.0434 48.0952 9297 57738 -41.2960 60.3889 9297 58029 -41.5816 56.6847
2M21570639+4620370 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 133.20 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -83.5494 43.9786 8678 57347 -83.8124 50.3898 8678 57350 -83.6038 46.3968 9261 57653 -83.2746 12.4426 9261 57676 -83.4931 43.8509 9261 57680 -83.5921 47.1728
2M21570650+4606495 (RV template + CCFs) ( SIMBAD ) H= 11.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 154.48 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 1.56762 52.2924 9297 57738 1.63021 61.1617 9297 58007 1.81708 53.9959 9297 58029 1.79660 63.4023
2M21570733+4739276 (RV template + CCFs) ( SIMBAD ) H= 8.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 799.36 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -69.9758 315.084 8678 57347 -70.1085 360.414 8678 57350 -70.0719 303.813
2M21570774+4647271 (RV template + CCFs) ( SIMBAD ) H= 10.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 222.99 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -74.1338 78.8702 8678 57347 -74.2278 105.225 8678 57350 -74.1487 99.6969
2M21571239+4750066 (RV template + CCFs) ( SIMBAD ) H= 11.95 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 75.88 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -42.8747 45.5808 10102 58087 -42.8295 25.5026 10102 58289 -42.8528 22.3757
2M21571390+4711113 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 112.73 VSCATTER= 0.19 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -4.70102 39.3453 10102 58087 -4.90603 26.0592 10102 58289 -4.50734 21.9288 9297 57735 -4.77855 27.6105 9297 57738 -4.87194 31.4781 9297 58007 -4.45106 34.7362 9297 58029 -4.46299 42.1009
2M21571397+4718146 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 126.52 VSCATTER= 0.11 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -35.3445 49.2916 10102 58087 -35.3190 25.5504 10102 58289 -35.4075 21.8473 9297 57735 -35.2147 31.2588 9297 57738 -35.5156 37.4120 9297 58007 -35.1850 34.0798 9297 58029 -35.3483 47.4181
2M21571403+4730278 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 125.78 VSCATTER= 0.27 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -56.5332 41.0757 8678 57347 -56.7335 44.6760 8678 57350 -56.8522 39.8580 9261 57653 -56.1956 11.9866 9261 57676 -56.6567 40.3233 9261 57680 -56.9456 45.8862
2M21571550+4607112 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.46 VSCATTER= 0.31 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -3.66533 31.8333 8678 57347 -4.42669 36.0960 8678 57350 -3.97538 35.2498 9261 57676 -4.10442 31.3291 9261 57680 -3.70796 34.1352
2M21572292+4641239 (RV template + CCFs) ( SIMBAD ) H= 10.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 267.15 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -112.412 108.039 8678 57347 -112.461 120.879 8678 57350 -112.557 111.470
2M21573039+4730231 (RV template + CCFs) ( SIMBAD ) H= 10.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 327.02 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -66.8104 124.509 8678 57347 -66.7872 146.517 8678 57350 -66.7662 130.228
2M21573360+4535114 (RV template + CCFs) ( SIMBAD ) H= 10.99 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 159.29 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -36.5848 65.7750 9297 57738 -36.8063 70.7482 9297 58029 -36.8151 72.3769
2M21573411+4749237 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 185.23 VSCATTER= 0.23 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -94.2007 107.896 10102 58087 -94.2712 61.9677 10102 58289 -94.6325 47.7165
2M21573617+4541124 (RV template + CCFs) ( SIMBAD ) H= 11.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 151.20 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -86.9795 24.6699 9261 57676 -87.0851 73.6693 9261 57680 -86.9609 82.9751
2M21573644+4541472 (RV template + CCFs) ( SIMBAD ) H= 8.96 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 555.15 VSCATTER= 0.27 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -18.5022 218.078 8678 57347 -18.6945 255.197 8678 57350 -19.0301 233.031
2M21573692+4725225 (RV template + CCFs) ( SIMBAD ) H= 7.76 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 1991.11 VSCATTER= 8.03 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10102 58084 -17.9862 488.910 10102 58087 -15.0914 314.699 10102 58289 6.00615 202.727 8678 57323 -2.50263 441.212 8678 57347 -3.23048 507.100 8678 57350 -15.7899 437.247 9261 57653 9.00311 146.697 9261 57676 -6.23419 444.712 9261 57680 -7.63576 492.640 9297 57735 -2.82669 298.814 9297 57738 -12.9344 354.862 9297 58007 -6.94148 308.991 9297 58029 -4.80516 389.428
2M21573857+4704195 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.70 VSCATTER= 0.28 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -18.8753 39.0342 10102 58087 -18.5936 18.0964 10102 58289 -18.9935 17.1055 9297 57735 -19.3939 18.3474 9297 57738 -19.3043 27.5132 9297 58007 -19.1420 26.5408 9297 58029 -19.2224 35.2449
2M21573947+4603152 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 94.70 VSCATTER= 0.30 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -25.4788 38.9183 8678 57350 -24.7509 31.7138 9261 57653 -24.8147 10.3574 9261 57676 -24.9868 36.1221 9261 57680 -25.1941 40.3995
2M21574078+4654284 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 179.73 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -77.4061 28.3906 9261 57676 -77.4922 88.1889 9261 57680 -77.4768 90.6008
2M21574181+4643332 (RV template + CCFs) ( SIMBAD ) H= 10.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 344.31 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -28.0404 142.738 8678 57347 -28.0638 150.362 8678 57350 -28.0135 143.910
2M21574308+4745512 (RV template + CCFs) ( SIMBAD ) H= 11.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 167.17 VSCATTER= 0.25 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -65.5443 23.4183 9261 57676 -66.0375 86.1854 9261 57680 -65.8848 80.3658
2M21574354+4617044 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.18 VSCATTER= 0.19 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -12.1016 33.8506 8678 57347 -12.5028 35.6380 8678 57350 -12.3143 24.1031 9261 57676 -12.2621 33.5295 9261 57680 -12.5902 34.4413
2M21574396+4521340 (RV template + CCFs) ( SIMBAD ) H= 10.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 201.15 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -22.4605 70.4848 9297 57738 -22.6309 90.4901 9297 58029 -22.4855 98.1246
2M21574758+4657047 (RV template + CCFs) ( SIMBAD ) H= 11.91 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 99.07 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -93.4147 60.9738 10102 58087 -93.4022 33.4831 10102 58289 -93.6281 27.7317
2M21575070+4713597 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 115.88 VSCATTER= 0.25 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -21.6993 40.0593 8678 57347 -21.7762 41.9796 8678 57350 -21.7006 36.0386 9261 57653 -21.7608 11.3894 9261 57676 -21.3364 40.0943 9261 57680 -21.1865 36.8927
2M21575137+4651518 (RV template + CCFs) ( SIMBAD ) H= 7.62 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 2109.22 VSCATTER= 20.16 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -36.7736 543.579 10102 58087 -32.1316 344.770 10102 58289 -11.8846 232.157 8678 57323 -35.3717 469.842 8678 57347 -35.9881 501.186 8678 57350 -6.37369 462.032 9261 57653 21.2729 160.439 9261 57676 -27.9288 452.802 9261 57680 -27.3779 492.198 9297 57735 -28.8374 319.853 9297 57738 -0.533295 353.676 9297 58007 -25.6370 328.921 9297 58029 18.3183 441.643
2M21575237+4710546 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 257.98 VSCATTER= 9.95 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -65.4351 82.4954 9297 57738 -64.9572 91.9506 9297 58007 -50.1376 79.0651 9297 58029 -46.2309 114.929
2M21575472+4653517 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 133.33 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -44.9311 52.6071 10102 58087 -44.8945 27.6348 10102 58289 -44.7858 22.8466 9297 57735 -44.9206 31.8884 9297 57738 -44.9670 41.0356 9297 58007 -44.8529 34.2002 9297 58029 -44.8606 46.7107
2M21575506+4741374 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.58 VSCATTER= 0.24 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -95.0469 42.6650 10102 58087 -95.0430 19.4291 10102 58289 -95.4883 17.2115 9297 57735 -94.6824 21.5230 9297 57738 -95.0897 29.4711 9297 58007 -94.9905 25.9101 9297 58029 -95.1967 37.1801
2M21575587+4614233 (RV template + CCFs) ( SIMBAD ) H= 12.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 112.46 VSCATTER= 0.37 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -8.05042 36.3588 9297 57738 -7.63721 43.3142 9297 58007 -7.29401 37.8906 9297 58029 -7.25655 52.9013
2M21575651+4535477 (RV template + CCFs) ( SIMBAD ) H= 11.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 144.90 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -7.47819 57.6417 9297 57738 -7.22810 70.8265 9297 58029 -7.16114 63.7980
2M21575733+4621321 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 91.07 VSCATTER= 0.14 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -19.2759 38.3780 10102 58087 -19.3041 18.9563 10102 58289 -19.3827 17.6017 9297 57735 -18.9733 21.4733 9297 57738 -19.2305 28.5373 9297 58007 -19.3025 26.4236 9297 58029 -19.0859 35.1109
2M21575743+4702133 (RV template + CCFs) ( SIMBAD ) H= 11.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 152.66 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -114.079 27.1564 9261 57676 -113.747 62.7394 9261 57680 -113.970 88.5886
2M21575844+4629079 (RV template + CCFs) ( SIMBAD ) H= 11.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 135.80 VSCATTER= 0.18 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -196.504 85.3043 10102 58087 -196.387 46.2386 10102 58289 -196.157 37.1985
2M21575934+4644588 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 100.74 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -71.7656 43.9808 10102 58087 -71.8827 20.8473 10102 58289 -71.8513 18.3608 9297 57735 -71.6373 28.3335 9297 57738 -71.7000 27.3429 9297 58007 -71.6251 31.1300 9297 58029 -71.8060 36.0300
2M21580046+4640284 (RV template + CCFs) ( SIMBAD ) H= 10.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 355.87 VSCATTER= 0.40 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 8678 57323 -164.267 139.632 8678 57347 -163.755 162.083 8678 57350 -163.487 157.450
2M21580649+4530344 (RV template + CCFs) ( SIMBAD ) H= 10.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 167.90 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -104.988 28.3636 9261 57676 -104.969 85.0468 9261 57680 -104.903 88.6676
2M21580735+4714069 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 101.69 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -15.2466 41.5729 10102 58087 -15.2026 20.0649 10102 58289 -15.1229 18.1190 9297 57735 -15.3464 23.8396 9297 57738 -15.6170 28.2608 9297 58007 -15.4823 29.4505 9297 58029 -15.3007 38.4750
2M21580932+4605194 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.57 VSCATTER= 0.74 RV_TEFF= 5000.00 RV_LOGG= 2.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10102 58084 -450.803 35.1294 10102 58087 -452.998 11.1681 10102 58289 -452.076 16.9619 9297 57735 -451.851 19.1287 9297 57738 -452.584 29.1256 9297 58007 -452.839 23.0719 9297 58029 -452.077 29.9205
2M21581109+4542088 (RV template + CCFs) ( SIMBAD ) H= 11.13 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 126.71 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -65.4852 80.8432 10102 58087 -65.6235 42.7804 10102 58289 -65.5615 29.3884
2M21581224+4538087 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 99.55 VSCATTER= 0.17 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -108.440 31.0181 8678 57347 -108.634 38.5254 8678 57350 -108.483 32.5740 9261 57653 -108.911 10.6178 9261 57676 -108.610 33.7266 9261 57680 -108.696 39.2842
2M21581471+4545428 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.20 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -74.9269 35.4153 10102 58087 -74.8464 16.1039 10102 58289 -74.9885 16.0491 9297 57735 -74.9639 24.5744 9297 57738 -74.8454 31.9760 9297 58029 -74.8209 32.9644
2M21581622+4548283 (RV template + CCFs) ( SIMBAD ) H= 11.85 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 87.09 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -113.549 35.9092 9297 57738 -113.710 38.4079 9297 58029 -113.622 44.1158
2M21581652+4644356 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 106.93 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -82.9930 50.6369 10102 58087 -83.1754 23.1655 10102 58289 -83.0535 17.9396 9297 57735 -82.9171 30.3724 9297 57738 -83.1137 31.6784 9297 58007 -83.3037 10.8953 9297 58029 -83.0587 43.6814
2M21581797+4735246 (RV template + CCFs) ( SIMBAD ) H= 10.17 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 282.54 VSCATTER= 0.35 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9261 57653 -268.066 37.5824 9261 57676 -268.578 132.147 9261 57680 -268.748 146.402
2M21581910+4537380 (RV template + CCFs) ( SIMBAD ) H= 9.14 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 496.43 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -48.2267 193.080 8678 57347 -48.3452 236.156 8678 57350 -48.1558 200.632
2M21582074+4737116 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.06 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -27.3764 46.3754 10102 58087 -27.4655 20.3011 10102 58289 -27.4425 19.4984 9297 57735 -27.4344 24.2990 9297 57738 -27.2235 30.8409 9297 58007 -26.9463 22.0169 9297 58029 -27.2854 36.3770
2M21582144+4654215 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 100.01 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -112.711 41.2948 10102 58087 -112.624 20.8001 10102 58289 -112.650 17.9996 9297 57735 -112.831 23.9141 9297 57738 -112.893 28.3962 9297 58007 -112.937 27.4323 9297 58029 -112.735 36.1668
2M21582182+4632472 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.07 VSCATTER= 0.45 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -45.9698 37.3420 10102 58087 -45.2154 17.3055 10102 58289 -45.8991 16.6224 9297 57735 -45.6571 5.80264 9297 57738 -46.6002 21.2971 9297 58007 -45.4198 28.6661 9297 58029 -45.7204 32.2435
2M21582278+4702010 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 118.93 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -53.8197 49.2782 10102 58087 -53.9178 24.6085 10102 58289 -53.7136 21.3213 9297 57735 -53.7857 25.7350 9297 57738 -53.9143 34.1678 9297 58007 -53.6307 30.7510 9297 58029 -53.7632 43.4227
2M21582713+4607370 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.56 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -70.1691 46.9857 10102 58087 -69.7954 16.8683 10102 58289 -69.8868 20.3029 9297 57735 -70.2525 25.9344 9297 57738 -70.0653 34.6932 9297 58007 -69.8636 28.2064 9297 58029 -70.2832 34.6829
2M21582767+4750395 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.00 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -80.5190 37.9493 10102 58087 -80.4778 18.6029 10102 58289 -80.5980 13.9803 9297 57735 -80.5636 23.1184 9297 57738 -80.4996 28.8748 9297 58007 -80.3808 25.3610 9297 58029 -80.5328 32.2195
2M21582789+4556476 (RV template + CCFs) ( SIMBAD ) H= 11.90 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 115.57 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -74.5686 47.4094 8678 57347 -74.5969 60.4216 8678 57350 -74.7409 44.7551
2M21582957+4714019 (RV template + CCFs) ( SIMBAD ) H= 10.84 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 202.04 VSCATTER= 0.08 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -115.441 32.9845 9261 57676 -115.292 94.7589 9261 57680 -115.405 108.471
2M21582974+4602052 (RV template + CCFs) ( SIMBAD ) H= 10.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 220.43 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -106.904 77.7424 9297 57738 -106.680 90.2945 9297 58007 -106.851 77.6641 9297 58029 -106.945 86.1092
2M21583043+4745542 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.29 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -22.8371 28.3208 8678 57347 -22.9320 31.1610 8678 57350 -23.0172 28.7902 9261 57676 -22.7519 29.2552 9261 57680 -22.6709 28.6411
2M21583308+4626293 (RV template + CCFs) ( SIMBAD ) H= 12.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 93.82 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -108.734 14.4342 9261 57676 -108.803 48.2618 9261 57680 -108.792 52.7693
2M21583338+4732052 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 270.15 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -103.368 47.9219 9261 57676 -103.300 115.187 9261 57680 -103.407 148.782
2M21583604+4611597 (RV template + CCFs) ( SIMBAD ) H= 11.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 191.05 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -41.5789 78.5335 8678 57347 -41.5727 92.2858 8678 57350 -41.6612 78.3680
2M21584013+4617080 (RV template + CCFs) ( SIMBAD ) H= 10.18 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 309.11 VSCATTER= 0.01 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -18.2970 134.095 8678 57347 -18.2850 126.137 8678 57350 -18.3006 138.560
2M21584017+4729452 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.54 VSCATTER= 0.44 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -114.862 41.2866 10102 58087 -113.858 18.3038 10102 58289 -114.417 16.3336 9297 57735 -114.416 23.4992 9297 57738 -115.031 27.6389 9297 58007 -114.552 26.3260 9297 58029 -115.158 36.8130
2M21584163+4642578 (RV template + CCFs) ( SIMBAD ) H= 11.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 184.06 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -57.3542 112.564 10102 58087 -57.5472 57.3621 10102 58289 -57.4294 45.5189
2M21584175+4646292 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.19 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -48.4675 35.9356 8678 57347 -48.4418 37.6430 8678 57350 -48.6651 33.6698 9261 57676 -48.5330 32.6855 9261 57680 -48.6789 37.9196
2M21584200+4658516 (RV template + CCFs) ( SIMBAD ) H= 10.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 230.63 VSCATTER= 1.11 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -145.176 76.1153 9297 57738 -145.329 78.8112 9297 58007 -143.578 81.0584 9297 58029 -143.142 102.413
2M21584224+4528295 (RV template + CCFs) ( SIMBAD ) H= 10.99 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.53 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -149.605 30.7449 9297 57738 -149.444 55.4118 9297 58029 -149.481 40.6221
2M21584246+4722237 (RV template + CCFs) ( SIMBAD ) H= 11.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 142.60 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -92.3210 86.5839 10102 58087 -92.3341 46.9968 10102 58289 -92.3023 32.1053
2M21584340+4736077 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 101.78 VSCATTER= 0.20 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -28.9615 43.0429 10102 58087 -29.2486 18.1172 10102 58289 -28.9924 17.6878 9297 57735 -28.8026 26.5829 9297 57738 -28.9871 30.7049 9297 58007 -29.3264 25.6187 9297 58029 -29.2878 38.7440
2M21584445+4738230 (RV template + CCFs) ( SIMBAD ) H= 9.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 533.72 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -72.9407 225.849 8678 57347 -73.0708 244.426 8678 57350 -73.0237 199.804
2M21584716+4545453 (RV template + CCFs) ( SIMBAD ) H= 9.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 361.70 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -75.6345 150.453 8678 57347 -75.8260 159.840 8678 57350 -75.6761 147.937
2M21584735+4625014 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 208.63 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -37.9854 35.7459 9261 57676 -38.0147 98.4076 9261 57680 -38.0415 116.114
2M21585031+4630206 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.46 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -149.594 26.3256 8678 57347 -149.814 29.7144 8678 57350 -149.697 31.2654 9261 57676 -149.595 30.1139 9261 57680 -149.589 30.8606
2M21585034+4716304 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 123.03 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -54.8312 53.0376 10102 58087 -54.8464 26.7658 10102 58289 -54.7531 22.5727 9297 57735 -54.9419 12.2717 9297 57738 -55.0151 37.6332 9297 58007 -54.6313 30.3385 9297 58029 -54.8716 45.1306
2M21585114+4734399 (RV template + CCFs) ( SIMBAD ) H= 10.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 210.43 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -54.4258 124.683 10102 58087 -54.4639 71.7748 10102 58289 -54.1773 48.9034
2M21585167+4702481 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 141.80 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -46.7838 45.3093 8678 57347 -46.9632 52.2925 8678 57350 -46.9009 47.9332 9261 57653 -46.8317 13.5022 9261 57676 -46.7449 39.9962 9261 57680 -46.6733 46.2926
2M21585384+4631269 (RV template + CCFs) ( SIMBAD ) H= 10.68 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 197.62 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -117.095 33.2904 9261 57676 -117.153 97.1251 9261 57680 -117.204 107.734
2M21585484+4742139 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.43 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -88.2691 39.2664 10102 58087 -88.0330 17.2707 10102 58289 -87.9248 15.9869 9297 57735 -87.9291 22.5922 9297 57738 -88.0847 26.1298 9297 58007 -88.4241 22.5893 9297 58029 -88.2333 32.4601
2M21585609+4608552 (RV template + CCFs) ( SIMBAD ) H= 12.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 85.57 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -6.15873 28.8301 9297 57738 -5.76713 36.2670 9297 58007 -6.00959 33.1845 9297 58029 -6.08529 36.9287
2M21585611+4608150 (RV template + CCFs) ( SIMBAD ) H= 12.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 103.04 VSCATTER= 2.56 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -84.2498 41.8214 8678 57347 -79.6095 52.5285 8678 57350 -80.0658 42.6089
2M21585808+4536386 (RV template + CCFs) ( SIMBAD ) H= 10.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 178.15 VSCATTER= 0.02 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -73.1023 116.952 10102 58087 -73.1292 61.0089 10102 58289 999999. 47.7703
2M21585860+4534546 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 74.40 VSCATTER= 0.06 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -54.3521 24.3674 8678 57347 -54.4242 28.7303 8678 57350 -54.4560 26.9608 9261 57676 -54.3183 24.7227 9261 57680 -54.3417 30.6849
2M21590082+4641134 (RV template + CCFs) ( SIMBAD ) H= 11.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 149.06 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -50.9415 49.4553 9297 57738 -50.8208 56.2006 9297 58007 -50.6116 52.3428 9297 58029 -50.7388 70.1902
2M21590119+4647178 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.46 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -194.667 47.1053 10102 58087 -194.834 21.0709 10102 58289 -194.801 20.8144 9297 57735 -194.846 23.0460 9297 57738 -194.991 27.8885 9297 58007 -195.018 29.3626 9297 58029 -194.974 38.3158
2M21590498+4557522 (RV template + CCFs) ( SIMBAD ) H= 12.14 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 89.71 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -13.2497 37.0209 8678 57347 -13.2748 45.9801 8678 57350 -13.3832 39.1960
2M21590597+4539010 (RV template + CCFs) ( SIMBAD ) H= 8.66 APOGEE2_ANCILLARY,APOGEE2_AGB SNR= 515.17 VSCATTER= 0.30 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -159.311 240.741 8678 57347 -158.801 256.665 8678 57350 -158.772 209.658
2M21590726+4648065 (RV template + CCFs) ( SIMBAD ) H= 11.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 158.28 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9261 57653 -173.816 26.9735 9261 57676 -173.719 74.5041 9261 57680 -173.823 89.5981
2M21590757+4744002 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.73 VSCATTER= 0.36 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -13.6717 25.8942 10102 58087 -13.0095 14.0398 10102 58289 -13.4379 11.4992 9297 57735 -12.7786 17.2669 9297 57738 -13.7733 21.1650 9297 58007 -13.3480 21.7105 9297 58029 -13.0725 28.0476
2M21590933+4659120 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 91.69 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -44.1529 38.9563 10102 58087 -43.8365 17.9883 10102 58289 -43.8443 16.6432 9297 57735 -44.0368 19.7552 9297 57738 -44.3984 27.3760 9297 58007 -43.8066 25.2004 9297 58029 -43.9762 33.5923
2M21590941+4713366 (RV template + CCFs) ( SIMBAD ) H= 10.89 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 209.74 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -98.4224 69.3961 9297 57738 -98.4303 75.7345 9297 58007 -98.4438 66.5213 9297 58029 -98.5446 91.4972
2M21591016+4634362 (RV template + CCFs) ( SIMBAD ) H= 10.05 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 265.04 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -58.1812 156.663 10102 58087 -58.2102 97.4172 10102 58289 -58.3032 70.9520
2M21591229+4559556 (RV template + CCFs) ( SIMBAD ) H= 11.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 133.15 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -60.8936 45.8617 9297 57738 -60.7498 53.6316 9297 58007 -60.8296 50.0599 9297 58029 -60.8022 57.3729
2M21592118+4547060 (RV template + CCFs) ( SIMBAD ) H= 9.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 469.48 VSCATTER= 0.20 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -74.2883 185.777 8678 57347 -73.9066 215.698 8678 57350 -74.0165 201.729
2M21592445+4552184 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.42 VSCATTER= 7.66 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10102 58084 -16.7840 47.0478 10102 58087 -17.1832 16.8934 10102 58289 -34.6446 19.9910 9297 57735 -22.5766 23.9846 9297 57738 -22.9025 30.7480 9297 58029 -12.7125 32.8025
2M21592737+4536348 (RV template + CCFs) ( SIMBAD ) H= 11.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 135.49 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -32.6713 23.0294 9261 57676 -32.8704 65.3857 9261 57680 -32.7489 76.3281
2M21593037+4540231 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 114.31 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -145.041 43.9625 9297 57738 -144.999 49.6774 9297 58029 -145.196 58.6250
2M21593096+4537155 (RV template + CCFs) ( SIMBAD ) H= 10.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 171.11 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -26.6755 107.456 10102 58087 -26.7443 52.0673 10102 58289 -26.8814 40.7416
2M21593153+4641540 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.31 VSCATTER= 0.17 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 1.74747 33.1234 8678 57347 2.12649 43.1166 8678 57350 2.04758 38.4377 9261 57653 2.12781 10.7444 9261 57676 2.10094 35.9998 9261 57680 1.79382 40.1283
2M21593231+4648557 (RV template + CCFs) ( SIMBAD ) H= 11.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 191.04 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -18.3589 73.5455 8678 57347 -18.1791 88.4379 8678 57350 -18.1847 80.6373
2M21594168+4738425 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 108.78 VSCATTER= 0.34 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -71.5866 39.9878 8678 57350 -71.6043 37.4261 9261 57653 -70.8855 11.9857 9261 57676 -71.6370 42.3540 9261 57680 -71.7088 45.0420
2M21594447+4657368 (RV template + CCFs) ( SIMBAD ) H= 11.21 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 183.51 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -5.75546 69.0439 8678 57347 -5.62465 84.3908 8678 57350 -5.59646 76.9389
2M21594581+4645179 (RV template + CCFs) ( SIMBAD ) H= 11.83 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 131.38 VSCATTER= 0.01 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -17.2404 55.6357 8678 57347 -17.2511 63.8218 8678 57350 -17.2507 55.5893
2M21594637+4703133 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 90.28 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -135.424 30.9877 8678 57347 -135.452 33.4424 8678 57350 -135.440 30.8966 9261 57676 -135.557 30.7425 9261 57680 -135.693 30.5184
2M21594639+4627231 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 157.05 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -66.9667 26.6181 9261 57676 -67.0117 79.7251 9261 57680 -67.0230 84.1347
2M21594953+4725417 (RV template + CCFs) ( SIMBAD ) H= 10.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 196.06 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9261 57653 -45.7615 31.9616 9261 57676 -45.7142 93.4972 9261 57680 -45.7225 101.275
2M21595195+4622160 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 163.42 VSCATTER= 10.86 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -32.2270 52.6891 9297 57738 -29.7326 63.9668 9297 58007 -15.7098 55.0872 9297 58029 -42.0251 75.4458
2M21595379+4732558 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 112.17 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -34.8482 49.3854 10102 58087 -34.9508 19.8179 10102 58289 -34.8458 19.4784 9297 57735 -34.7939 26.1224 9297 57738 -35.2062 32.9528 9297 58007 -35.1366 28.3282 9297 58029 -35.1588 40.3130
2M21595400+4544584 (RV template + CCFs) ( SIMBAD ) H= 11.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.86 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -23.6394 41.2510 9297 57738 -23.7347 39.1926 9297 58029 -23.8983 52.3316
2M21595464+4648531 (RV template + CCFs) ( SIMBAD ) H= 10.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 320.00 VSCATTER= 0.00 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -58.5647 132.254 8678 57347 -58.5581 137.898 8678 57350 -58.5583 125.872
2M21595643+4554321 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 87.74 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -148.206 28.6453 8678 57347 -148.572 35.0207 8678 57350 -148.590 32.9740 9261 57653 -148.423 10.0524 9261 57676 -148.613 29.9755 9261 57680 -148.561 30.1579
2M21595804+4613550 (RV template + CCFs) ( SIMBAD ) H= 11.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 109.62 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -31.4400 72.2171 10102 58087 -31.2508 31.7076 10102 58289 -31.3969 32.2845
2M21595945+4700040 (RV template + CCFs) ( SIMBAD ) H= 10.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 348.46 VSCATTER= 0.01 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -37.0112 127.081 8678 57347 -37.0304 154.556 8678 57350 -37.0398 141.374
2M22000045+4723388 (RV template + CCFs) ( SIMBAD ) H= 11.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,SUSPECT_BROAD_LINES SNR= 114.04 VSCATTER= 1.78 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 999999. 61.7973 8678 57347 -2.77217 64.2532 8678 57350 -5.28398 55.4140
2M22000071+4737394 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.53 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -31.7675 34.7721 10102 58087 -31.6378 16.0894 10102 58289 -31.8646 14.0827 9297 57735 -31.5774 20.0079 9297 58007 -31.9204 21.9577
2M22000157+4602569 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.36 VSCATTER= 0.44 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -61.5599 25.4885 10102 58087 -60.7940 10.2651 10102 58289 -61.2426 9.79886 9297 57735 -61.7998 14.1549 9297 57738 -62.0738 16.2609 9297 58007 -61.1156 19.6805 9297 58029 -61.2219 21.9095
2M22000396+4547225 (RV template + CCFs) ( SIMBAD ) H= 10.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 159.06 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -109.643 99.7824 10102 58087 -109.381 50.4852 10102 58289 -109.705 42.2768
2M22001100+4557287 (RV template + CCFs) ( SIMBAD ) H= 11.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.09 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -48.8428 24.6305 9261 57676 -48.8455 75.4302 9261 57680 -48.8431 76.9621
2M22001409+4624136 (RV template + CCFs) ( SIMBAD ) H= 10.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 219.04 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9297 57735 -81.1674 75.0962 9297 57738 -81.0972 81.4897 9297 58007 -81.1002 86.8117 9297 58029 -81.1221 86.3965
2M22001822+4600094 (RV template + CCFs) ( SIMBAD ) H= 11.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 108.21 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -101.248 68.0492 10102 58087 -101.046 34.0952 10102 58289 -101.393 33.4046
2M22002039+4621521 (RV template + CCFs) ( SIMBAD ) H= 12.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 69.28 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -66.2978 23.9336 9297 57738 -66.1606 22.7764 9297 58007 -66.0491 31.9430 9297 58029 -65.9935 31.4365
2M22002275+4651211 (RV template + CCFs) ( SIMBAD ) H= 10.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 185.61 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 1.31549 32.5336 9261 57676 1.19232 84.2424 9261 57680 1.30538 100.803
2M22002315+4725355 (RV template + CCFs) ( SIMBAD ) H= 10.52 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 210.86 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -138.317 124.928 10102 58087 -138.264 72.8341 10102 58289 -138.422 50.6242
2M22002481+4712237 (RV template + CCFs) ( SIMBAD ) H= 11.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 136.27 VSCATTER= 0.34 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9261 57653 -102.268 21.5996 9261 57676 -102.820 68.8947 9261 57680 -102.888 71.1739
2M22002686+4725304 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 120.83 VSCATTER= 0.28 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -63.3906 40.8460 8678 57347 -63.6153 44.5762 8678 57350 -63.4127 36.0729 9261 57653 -62.8976 11.7875 9261 57676 -62.9587 34.0915 9261 57680 -63.2279 45.0770
2M22003068+4720535 (RV template + CCFs) ( SIMBAD ) H= 9.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 468.89 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -90.8669 187.107 8678 57347 -90.6828 207.825 8678 57350 -90.7639 197.542
2M22003343+4728311 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 97.37 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -43.3201 14.6766 9261 57676 -43.3937 48.7604 9261 57680 -43.5132 51.2083
2M22003663+4603467 (RV template + CCFs) ( SIMBAD ) H= 10.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 224.66 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -17.6910 40.3839 9261 57676 -17.7217 116.379 9261 57680 -17.7460 114.116
2M22003937+4721534 (RV template + CCFs) ( SIMBAD ) H= 9.28 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 842.62 VSCATTER= 10.35 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 -98.2495 224.257 10102 58087 -91.5092 130.617 10102 58289 -99.3004 94.4548 8678 57323 -90.7890 194.622 8678 57347 -82.7049 203.881 8678 57350 -87.1829 185.954 9261 57653 -105.780 58.2566 9261 57676 -110.237 165.989 9261 57680 -94.3305 189.037 9297 57735 -90.7747 140.886 9297 57738 -92.4510 158.494 9297 58007 -111.396 121.932 9297 58029 -75.6813 167.634
2M22004085+4704079 (RV template + CCFs) ( SIMBAD ) H= 11.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 111.50 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -85.2593 38.6659 9297 57738 -85.2072 42.7325 9297 58007 -85.2585 35.1777 9297 58029 -85.1676 49.0253
2M22004285+4649101 (RV template + CCFs) ( SIMBAD ) H= 8.97 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 562.33 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -54.6079 198.905 8678 57347 -54.5946 254.657 8678 57350 -54.6219 237.316
2M22004819+4622087 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.10 VSCATTER= 0.43 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10102 58084 -109.474 32.4722 10102 58087 -110.226 15.5772 10102 58289 -110.495 16.1537 9297 57735 -109.699 15.0230 9297 57738 -110.696 23.2512 9297 58007 -109.937 20.6210 9297 58029 -109.936 29.2038
2M22005080+4708085 (RV template + CCFs) ( SIMBAD ) H= 11.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 100.08 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -74.0491 33.3652 9297 57738 -73.8489 38.7975 9297 58007 -73.8550 33.0214 9297 58029 -73.8474 43.6153
2M22005130+4605083 (RV template + CCFs) ( SIMBAD ) H= 12.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 58.36 VSCATTER= 0.18 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -152.724 19.9160 9297 57738 -152.786 22.3484 9297 58007 -152.658 20.8716 9297 58029 -152.384 29.2642
2M22005535+4643117 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.31 VSCATTER= 0.25 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -81.6302 39.8064 10102 58087 -81.6655 15.2644 10102 58289 -81.8294 17.4942 9297 57735 -82.1204 15.6988 9297 57738 -81.9172 23.0915 9297 58007 -81.6436 22.8228 9297 58029 -81.3345 29.9430
2M22010483+4612498 (RV template + CCFs) ( SIMBAD ) H= 11.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 106.45 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -46.1937 43.4436 8678 57347 -46.4233 54.9459 8678 57350 -46.3574 43.4527
2M22010520+4659233 (RV template + CCFs) ( SIMBAD ) H= 11.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.34 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -25.4700 41.2792 9297 57738 -25.7259 50.6962 9297 58007 -25.5794 38.1074 9297 58029 -25.6942 52.0574
2M22010794+4720097 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 89.69 VSCATTER= 0.38 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -144.649 41.1222 10102 58087 -145.009 20.0623 10102 58289 -145.122 17.9585 9297 57735 -144.908 23.0233 9297 57738 -144.971 26.9323 9297 58007 -144.675 24.1817 9297 58029 -144.001 22.0153
2M22010939+4711453 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.93 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -80.8150 41.9829 10102 58087 -80.5960 17.2081 10102 58289 -80.6919 17.6311 9297 57735 -80.8947 18.1406 9297 57738 -80.8007 24.4352 9297 58007 -80.7754 22.0540 9297 58029 -80.5176 31.2557
2M22011188+4620489 (RV template + CCFs) ( SIMBAD ) H= 10.84 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 167.47 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -53.3661 54.6513 9297 57738 -53.3140 56.0216 9297 58007 -53.1957 57.8342 9297 58029 -53.1996 83.7726
2M22011400+4714583 (RV template + CCFs) ( SIMBAD ) H= 12.19 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 95.26 VSCATTER= 0.00 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -1.31962 34.1224 8678 57347 -1.31301 46.1005 8678 57350 -1.31715 42.9767
2M22011528+4651009 (RV template + CCFs) ( SIMBAD ) H= 11.83 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 84.08 VSCATTER= 0.28 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9297 57735 -169.040 29.2889 9297 57738 -168.889 34.3693 9297 58007 -169.480 24.6390 9297 58029 -169.388 38.0848
2M22011795+4647585 (RV template + CCFs) ( SIMBAD ) H= 8.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 697.80 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -75.4713 275.799 8678 57347 -75.4565 301.975 8678 57350 -75.4190 289.374
2M22011814+4711473 (RV template + CCFs) ( SIMBAD ) H= 10.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 245.61 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -49.4183 87.1807 9297 57738 -49.5146 93.0306 9297 58007 -49.7104 71.5223 9297 58029 -49.6357 106.643
2M22011977+4715471 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 99.25 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -123.555 34.7723 8678 57347 -123.539 37.6411 8678 57350 -123.588 33.8206 9261 57676 -123.509 29.8137 9261 57680 -123.620 31.6420
2M22012116+4633124 (RV template + CCFs) ( SIMBAD ) H= 9.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 430.12 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -44.4789 164.214 8678 57347 -44.5065 193.331 8678 57350 -44.4661 190.646
2M22012179+4610463 (RV template + CCFs) ( SIMBAD ) H= 10.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 209.70 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -26.6647 72.7185 9297 57738 -26.6807 82.0874 9297 58007 -26.7118 61.4206 9297 58029 -26.5655 95.7928
2M22012273+4609082 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 63.22 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -50.6264 21.1534 8678 57347 -50.7180 26.7854 8678 57350 -50.9705 21.0706 9261 57676 -50.8789 23.7746 9261 57680 -50.9060 22.7222
2M22012359+4650039 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.94 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -50.9515 33.1010 8678 57347 -51.3701 38.3620 8678 57350 -51.1738 31.1758 9261 57676 -51.0221 32.1525 9261 57680 -50.9276 27.8070
2M22012580+4710144 (RV template + CCFs) ( SIMBAD ) H= 9.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 451.76 VSCATTER= 1.62 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 8678 57323 -67.0539 182.007 8678 57347 -69.6998 203.297 8678 57350 -69.9979 186.110
2M22012723+4625409 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.71 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -83.4586 42.6074 10102 58087 -83.4679 16.1790 10102 58289 -83.4729 19.5665 9297 57735 -83.7639 19.3183 9297 57738 -83.6823 27.6297 9297 58007 -83.5910 23.4746 9297 58029 -83.3474 33.4165
2M22012950+4630527 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 90.40 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -11.0536 33.6225 8678 57347 -11.0081 36.8785 8678 57350 -11.0277 33.5465 9261 57653 -11.4428 10.1995 9261 57676 -11.0792 29.7173 9261 57680 -11.0217 26.8843
2M22013114+4619139 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.72 VSCATTER= 5.34 RV_TEFF= 4500.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10102 58084 -125.674 29.0821 10102 58087 -126.139 9.37659 10102 58289 -118.307 13.7537 9297 57735 -117.236 10.9204 9297 57738 -116.980 16.8363 9297 58007 -129.229 17.9265 9297 58029 -127.898 20.1987
2M22013180+4609599 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.68 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -54.5319 31.6774 8678 57347 -54.5947 33.9703 8678 57350 -54.5660 29.7383 9261 57676 -54.2617 33.5399 9261 57680 -54.5913 29.9505
2M22013699+4611445 (RV template + CCFs) ( SIMBAD ) H= 11.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 111.41 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 8678 57323 -94.2442 52.1890 8678 57347 -94.2444 54.4425 8678 57350 -94.1184 43.5196
2M22013776+4631577 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.64 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -90.1698 22.8508 8678 57347 -90.2327 33.5281 8678 57350 -90.2142 29.6648 9261 57676 -90.1705 23.7586 9261 57680 -90.3135 24.8247
2M22013870+4622481 (RV template + CCFs) ( SIMBAD ) H= 10.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 227.95 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -39.0714 39.2190 9261 57676 -39.0183 122.598 9261 57680 -38.9879 111.576
2M22014106+4616543 (RV template + CCFs) ( SIMBAD ) H= 11.84 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 75.14 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10102 58084 -90.0498 50.9102 10102 58087 -90.0304 21.4138 10102 58289 -89.8060 23.7590
2M22014199+4649178 (RV template + CCFs) ( SIMBAD ) H= 10.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE SNR= 220.20 VSCATTER= 0.19 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 8678 57323 -191.629 93.0781 8678 57347 -191.307 98.5813 8678 57350 -191.302 85.0196
2M22014249+4610403 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.81 VSCATTER= 0.03 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -51.3494 17.7417 8678 57347 -51.4218 23.7019 8678 57350 -51.3735 22.2050 9261 57676 -51.4159 20.4060 9261 57680 -51.3897 19.9553
2M22014513+4654277 (RV template + CCFs) ( SIMBAD ) H= 11.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 78.34 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9261 57653 -101.889 11.9199 9261 57676 -101.905 33.9820 9261 57680 -101.791 47.4935
2M22015306+4622006 (RV template + CCFs) ( SIMBAD ) H= 11.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 85.06 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9297 57735 -48.9816 27.8710 9297 57738 -49.3602 24.9854 9297 58007 -48.9473 34.9130 9297 58029 -48.8882 43.6365
2M22020832+4632092 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 75.12 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 8678 57323 -109.122 24.7218 8678 57347 -109.383 33.0728 8678 57350 -109.251 26.3600 9261 57676 -109.370 26.6808 9261 57680 -109.317 26.2180