Field: 049-06 Location ID: 049-06

2M19370470+1135146 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.90 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -21.0912 15.4984 9294 57908 -20.9284 27.5171 9294 57940 -21.0011 39.9859 9978 57913 -21.1570 26.9081 9978 57916 -21.0634 37.8259 9978 57941 -20.9932 17.2986
2M19371256+1143026 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.87 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -36.4003 10.1614 9294 57908 -36.4541 20.1506 9294 57940 -36.5449 31.4251 9978 57913 -36.4455 30.0374 9978 57916 -36.6017 32.7731 9978 57941 -36.8246 15.1710
2M19371294+1106427 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 68.03 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -17.5872 12.7774 9294 57908 -17.6277 19.5283 9294 57940 -17.6075 32.8798 9978 57913 -17.5546 30.0098 9978 57916 -17.4154 33.2510 9978 57941 -17.9201 14.0288
2M19372019+1146311 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.38 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 32.4039 15.3128 9294 57908 32.6468 23.4136 9294 57940 32.4059 40.9271 9978 57913 32.3503 40.1517 9978 57916 32.3035 26.1016 9978 57941 32.3279 17.5174
2M19372374+1140507 (RV template + CCFs) ( SIMBAD ) H= 12.14 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.52 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -57.5714 50.4649 9978 57916 -57.4517 43.9994 9978 57941 -57.7084 22.0282
2M19372421+1151042 (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= 139.53 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -3.42538 30.1128 9294 57908 -3.32064 48.4196 9294 57940 -3.43841 82.8627
2M19372488+1148099 (RV template + CCFs) ( SIMBAD ) H= 12.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 92.63 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -21.3656 47.1027 9978 57916 -21.3448 47.6422 9978 57941 -21.2470 22.1845
2M19373005+1059420 (RV template + CCFs) ( SIMBAD ) H= 11.81 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 68.70 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 34.5464 19.4472 9294 57908 34.4772 27.9582 9294 57940 34.4716 51.4838
2M19373341+1140055 (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= 124.86 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 3.54245 73.8902 9978 57916 3.58448 33.8368 9978 57941 3.51880 34.7892
2M19373356+1126342 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 102.61 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 26.7869 20.5866 9294 57908 26.7114 30.3363 9294 57940 26.9275 47.4956 9978 57913 26.8235 34.3211 9978 57916 26.8256 36.5314 9978 57941 26.7701 16.8893
2M19373574+1150259 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 100.11 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -7.06046 16.2126 9294 57908 -7.09944 26.1716 9294 57940 -7.09110 44.0400 9978 57913 -7.08993 26.8253 9978 57916 -7.03705 40.8451 9978 57941 -7.10491 18.9655
2M19373814+1059555 (RV template + CCFs) ( SIMBAD ) H= 11.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 75.80 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -61.4987 21.9602 9294 57908 -61.4180 32.2921 9294 57940 -61.5350 55.3878
2M19373830+1112419 (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= 66.60 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -16.2460 19.5245 9294 57908 -16.2174 27.5050 9294 57940 -16.2207 50.7699
2M19374169+1141274 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 100.21 VSCATTER= 0.24 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 58.0815 15.5706 9294 57908 58.0227 27.4531 9294 57940 57.7228 39.6718 9978 57913 57.7816 30.2419 9978 57916 57.9976 38.8292 9978 57941 57.4441 17.6880
2M19374247+1053023 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 62.14 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -272.566 12.7283 9294 57908 -272.769 18.3079 9294 57940 -272.520 30.2371 9978 57913 -272.772 25.0220 9978 57916 -272.833 28.9865 9978 57941 -272.769 14.0777
2M19374776+1113172 (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 PERSIST_LOW SNR= 106.99 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 10.1896 56.7323 9978 57916 10.1779 64.8483 9978 57941 10.0976 32.0592
2M19375025+1149134 (RV template + CCFs) ( SIMBAD ) H= 11.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 133.68 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -31.6304 36.9249 9294 57908 -31.7363 53.8371 9294 57940 -31.6765 71.6428
2M19375401+1101587 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 81.81 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -68.8470 16.9618 9294 57908 -68.6903 23.5267 9294 57940 -68.7349 41.5218 9978 57913 -68.8412 36.1851 9978 57916 -68.8368 37.7553 9978 57941 -68.7654 16.3719
2M19375729+1155418 (RV template + CCFs) ( SIMBAD ) H= 11.97 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 108.21 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -10.9611 57.6674 9978 57916 -11.0731 53.7916 9978 57941 -11.0741 23.5718
2M19375743+1139366 (RV template + CCFs) ( SIMBAD ) H= 11.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 174.28 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 34.9530 89.9781 9978 57916 34.7704 80.0521 9978 57941 34.8360 38.9703
2M19375890+1059330 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 68.34 VSCATTER= 0.19 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -6.52593 12.4151 9294 57908 -6.63673 17.4245 9294 57940 -6.58870 34.6309 9978 57913 -6.62024 32.2642 9978 57916 -6.42522 28.4832 9978 57941 -6.98329 15.0177
2M19375998+1102562 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 64.14 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -14.5973 12.2615 9294 57908 -14.7186 15.2795 9294 57940 -14.5687 32.9752 9978 57913 -14.6330 28.9608 9978 57916 -14.5535 28.7278 9978 57941 -14.6004 13.2219
2M19380066+1129160 (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= 298.94 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 33.5970 145.135 9978 57916 33.5964 143.465 9978 57941 33.4820 67.6939
2M19380718+1051220 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 52.78 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 52.1915 10.5094 9294 57908 52.1714 12.9396 9294 57940 52.0623 27.6647 9978 57913 52.2163 23.0436 9978 57916 52.3069 23.3456 9978 57941 52.0793 11.1238
2M19381266+1035413 (RV template + CCFs) ( SIMBAD ) H= 11.98 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 78.87 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 1.32027 40.7256 9978 57916 1.48087 39.3343 9978 57941 1.24705 20.6084
2M19381670+1126337 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 116.25 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 20.4883 20.3749 9294 57908 20.4646 32.2191 9294 57940 20.4312 35.0890 9978 57913 20.4834 44.0298 9978 57916 20.5491 46.9128 9978 57941 20.5757 21.1710
2M19381915+1211072 (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= 267.46 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 24.9592 139.611 9978 57916 24.8670 125.413 9978 57941 24.7714 57.0663
2M19382413+1216256 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 90.95 VSCATTER= 0.15 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -39.8976 8.59599 9294 57908 -40.1452 28.7653 9294 57940 -40.0183 20.2924 9978 57913 -40.2428 42.0833 9978 57916 -40.0712 40.7691 9978 57941 -40.3067 8.53131
2M19382560+1029171 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.17 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -45.6290 14.0423 9294 57908 -45.4591 20.4404 9294 57940 -45.4768 37.2010 9978 57913 -45.5045 32.1834 9978 57916 -45.4171 17.4173 9978 57941 -45.5651 15.8362
2M19382674+1111443 (RV template + CCFs) ( SIMBAD ) H= 11.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 86.14 VSCATTER= 0.03 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -138.469 22.8292 9294 57908 -138.476 34.1928 9294 57940 -138.518 60.0043
2M19382839+1108316 (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 PERSIST_LOW SNR= 110.95 VSCATTER= 0.00 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 16.2645 62.1104 9978 57916 16.2567 64.5385 9978 57941 16.2635 28.6917
2M19383275+1222057 (RV template + CCFs) ( SIMBAD ) H= 8.86 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW SNR= 671.50 VSCATTER= 2.37 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 20.7488 103.066 9294 57908 21.3273 166.646 9294 57940 25.8080 241.243 9978 57913 24.6578 274.537 9978 57916 25.4133 235.422 9978 57941 26.1675 99.3437
2M19383691+1131022 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.75 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 50.4254 15.8566 9294 57908 50.5654 23.6895 9294 57940 50.4169 37.5325 9978 57913 50.5589 32.9532 9978 57916 50.5983 35.5621 9978 57941 50.2941 15.7641
2M19383691+1208351 (RV template + CCFs) ( SIMBAD ) H= 10.01 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 287.80 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 1.88031 137.857 9978 57916 1.92027 143.976 9978 57941 1.83603 68.5508
2M19383791+1153028 (RV template + CCFs) ( SIMBAD ) H= 11.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 157.66 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -2.76808 82.1047 9978 57916 -2.75721 77.3833 9978 57941 -2.81350 35.3382
2M19383883+1154564 (RV template + CCFs) ( SIMBAD ) H= 10.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 236.74 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 15.3838 53.8879 9294 57908 15.5091 81.4950 9294 57940 15.5504 137.097
2M19383900+1028514 (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= 237.26 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -41.4843 58.2280 9294 57908 -41.5218 81.0560 9294 57940 -41.3572 144.506
2M19384143+1108162 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 64.96 VSCATTER= 0.18 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -16.2188 11.7359 9294 57908 -16.0778 20.0734 9294 57940 -15.7443 30.3329 9978 57913 -16.2005 25.8714 9978 57916 -16.0680 32.2871 9978 57941 -15.8892 13.8021
2M19384211+1215497 (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= 183.43 VSCATTER= 0.09 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 36.6054 50.9516 9294 57908 36.6248 89.4019 9294 57940 36.4567 93.3558
2M19384322+1116188 (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= 228.48 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 87.2764 113.572 9978 57916 87.3170 105.887 9978 57941 87.2292 54.6172
2M19384580+1020457 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.55 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 19.1350 10.7438 9294 57908 18.9438 16.3242 9294 57940 18.6811 27.0262 9978 57913 18.8341 23.9510 9978 57916 18.8604 21.6723 9978 57941 19.0555 10.5465
2M19384655+1049065 (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,PERSIST_LOW SNR= 69.06 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -20.6923 18.2618 9294 57908 -20.7156 33.1498 9294 57940 -20.7611 45.9376
2M19384682+1109541 (RV template + CCFs) ( SIMBAD ) H= 10.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 199.08 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 45.2214 49.4882 9294 57908 45.1100 79.6094 9294 57940 45.2238 127.500
2M19384812+1211330 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.68 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -37.5865 14.6342 9294 57908 -37.4603 21.3310 9294 57940 -37.6313 35.6249 9978 57913 -37.5603 28.7969 9978 57916 -37.5389 33.7843 9978 57941 -37.5443 13.5006
2M19384829+1028154 (RV template + CCFs) ( SIMBAD ) H= 11.89 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 81.88 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -80.5065 21.9409 9294 57908 -80.5612 26.3217 9294 57940 -80.7071 52.7785
2M19384858+1054345 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 65.45 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -139.742 12.6225 9294 57908 -139.821 20.5027 9294 57940 -139.657 31.8107 9978 57913 -139.672 28.4623 9978 57916 -139.639 29.4340 9978 57941 -139.812 14.8546
2M19384946+1121243 (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= 268.69 VSCATTER= 0.05 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 0.997023 61.8546 9294 57908 0.892069 94.9676 9294 57940 0.972436 157.913
2M19384980+1100598 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 84.91 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -108.714 14.9799 9294 57908 -108.718 24.7711 9294 57940 -108.666 41.7775 9978 57913 -108.776 38.0238 9978 57916 -108.716 36.5071 9978 57941 -108.841 16.3035
2M19385048+1037468 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.41 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -43.8850 14.3236 9294 57908 -44.0867 19.6811 9294 57940 -44.1586 37.0242 9978 57913 -44.0640 33.1313 9978 57916 -44.1387 34.0936 9978 57941 -44.0334 15.6487
2M19385132+1208125 (RV template + CCFs) ( SIMBAD ) H= 10.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 237.09 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 39.0309 54.0914 9294 57908 39.0784 76.4307 9294 57940 39.0660 140.198
2M19385133+1018258 (RV template + CCFs) ( SIMBAD ) H= 10.87 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.67 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 34.4895 73.5744 9978 57916 34.4241 76.0000 9978 57941 34.4711 33.2822
2M19385443+1215062 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR SNR= 55.37 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -22.0808 14.2393 9294 57908 -21.9088 22.0074 9978 57913 -21.9622 3.53759 9978 57916 -21.9934 33.8891
2M19385727+1021328 (RV template + CCFs) ( SIMBAD ) H= 10.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 220.52 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 32.8698 119.285 9978 57916 32.7470 93.2472 9978 57941 32.7942 55.7713
2M19385741+1030161 (RV template + CCFs) ( SIMBAD ) H= 8.10 APOGEE2_ANCILLARY,APOGEE2_MASSIVE_EVOLVED SUSPECT_BROAD_LINES SNR= 542.94 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -8.46393 137.831 9294 57908 -8.50244 223.096 9294 57940 -8.72996 302.177
2M19385962+1153100 (RV template + CCFs) ( SIMBAD ) H= 11.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 104.92 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 79.5021 24.4330 9294 57908 79.4868 41.7275 9294 57940 79.4966 64.6838
2M19390191+1207271 (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= 150.95 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 44.1273 79.1814 9978 57916 44.2103 75.1319 9978 57941 44.1315 32.0092
2M19390366+1111113 (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 SNR= 86.77 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 52.0060 19.6339 9294 57908 51.9617 29.9663 9294 57940 51.9891 53.0614
2M19390452+1019423 (RV template + CCFs) ( SIMBAD ) H= 12.18 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 68.27 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -10.9338 37.1710 9978 57916 -11.0377 34.5106 9978 57941 -11.0070 15.8410
2M19390488+1222095 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 84.16 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 11.3423 12.7891 9294 57908 11.3303 20.5922 9294 57940 11.5344 33.5384 9978 57913 11.4171 30.4467 9978 57916 11.3850 38.0932 9978 57941 11.2949 14.7131
2M19390687+1118235 (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= 198.70 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 0.431806 94.5050 9978 57916 0.555513 98.7121 9978 57941 0.389177 47.6814
2M19390994+1052004 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 85.20 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -26.1734 17.5602 9294 57908 -26.4309 24.0290 9294 57940 -26.3796 41.1703 9978 57913 -26.4206 36.3756 9978 57916 -26.5258 36.2761 9978 57941 -26.3619 17.4938
2M19391201+1153138 (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= 260.27 VSCATTER= 0.02 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 18.6747 64.1383 9294 57908 18.6546 92.5455 9294 57940 18.6407 154.715
2M19391293+1141575 (RV template + CCFs) ( SIMBAD ) H= 11.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 121.99 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 4.05018 30.2111 9294 57908 4.02100 46.9565 9294 57940 4.08013 72.9227
2M19391577+1047334 (RV template + CCFs) ( SIMBAD ) H= 8.41 APOGEE2_ANCILLARY,APOGEE2_AGB PERSIST_LOW SNR= 428.74 VSCATTER= 1.26 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -27.0196 116.731 9294 57908 -27.5289 176.750 9294 57940 -25.1363 276.141
2M19391602+1214260 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 102.05 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 1.77089 14.7735 9294 57908 1.67620 28.1292 9294 57940 1.83786 42.2020 9978 57913 1.88036 39.4071 9978 57916 1.92336 40.4909 9978 57941 1.86496 17.1232
2M19391625+1216120 (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= 84.22 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57908 40.8757 13.7021 9294 57940 41.0034 38.0307 9978 57913 41.0031 34.5625 9978 57916 40.9593 35.4301 9978 57941 40.8038 15.4375
2M19391694+1023288 (RV template + CCFs) ( SIMBAD ) H= 10.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 214.07 VSCATTER= 0.04 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 -25.9482 39.9911 9294 57908 -25.8743 81.0518 9294 57940 -25.9312 131.117
2M19391709+1129379 (RV template + CCFs) ( SIMBAD ) H= 10.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 246.15 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -16.2807 46.0113 9294 57908 -16.1271 93.9371 9294 57940 -16.0346 143.054
2M19391710+1028280 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.70 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -61.0235 14.7347 9294 57908 -60.9619 24.4839 9294 57940 -60.9409 39.7934 9978 57913 -61.0173 34.3667 9978 57916 -60.7810 35.5843 9978 57941 -60.9782 16.1886
2M19391771+1101371 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 89.53 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 38.1510 17.3500 9294 57908 37.9434 26.2833 9294 57940 38.0024 43.9624 9978 57913 37.9273 37.0255 9978 57916 37.9426 38.9796 9978 57941 38.0501 16.8004
2M19391781+1152318 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.23 VSCATTER= 0.19 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -75.2739 15.9772 9294 57908 -75.2409 22.3225 9294 57940 -75.3274 37.0840 9978 57913 -75.2245 33.3426 9978 57916 -74.9886 17.2495 9978 57941 -75.5706 14.9811
2M19391823+1212514 (RV template + CCFs) ( SIMBAD ) H= 12.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 89.31 VSCATTER= 0.18 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 30.1835 48.4269 9978 57916 30.2864 43.4756 9978 57941 29.9344 20.7701
2M19391958+1234076 (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 PERSIST_LOW SNR= 114.65 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 4.20090 26.8041 9294 57908 4.21741 42.3042 9294 57940 4.29362 69.0308
2M19392013+1158263 (RV template + CCFs) ( SIMBAD ) H= 11.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SUSPECT_BROAD_LINES SNR= 155.54 VSCATTER= 5.36 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 8.82364 39.2020 9294 57908 12.1067 60.6879 9294 57940 19.2946 93.3183
2M19392021+1149588 (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= 111.43 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -62.7585 52.4763 9978 57916 -62.7954 56.9969 9978 57941 -62.6952 24.4194
2M19392195+1227313 (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= 137.37 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -3.17165 31.0993 9294 57908 -3.13572 46.9871 9294 57940 -3.15456 84.1638
2M19392321+1029344 (RV template + CCFs) ( SIMBAD ) H= 10.93 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 167.37 VSCATTER= 0.43 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -118.058 85.4100 9978 57916 -117.856 83.0732 9978 57941 -117.234 40.9365
2M19392350+1037260 (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= 99.39 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 54.8603 45.0516 9978 57916 54.9884 56.6652 9978 57941 54.7759 21.3882
2M19392491+1014416 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.21 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 51.8469 14.6981 9294 57908 51.8963 21.9987 9294 57940 51.8208 36.1658 9978 57913 51.7814 32.9394 9978 57916 51.8634 33.8260 9978 57941 51.9989 15.5879
2M19392923+1104055 (RV template + CCFs) ( SIMBAD ) H= 11.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 108.66 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 55.9104 58.6458 9978 57916 55.8485 64.4927 9978 57941 55.8079 26.2525
2M19393091+1219335 (RV template + CCFs) ( SIMBAD ) H= 10.65 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 216.80 VSCATTER= 0.05 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -57.9599 106.204 9978 57916 -57.8717 111.891 9978 57941 -57.9720 41.9096
2M19393525+1023357 (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= 119.11 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -12.8872 28.0928 9294 57908 -12.9899 45.9632 9294 57940 -12.9023 70.7659
2M19393964+1231426 (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= 113.29 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 78.1712 16.7161 9294 57908 78.1826 26.6074 9294 57940 78.1718 43.3765 9978 57913 78.2984 43.7664 9978 57916 78.2663 49.0045 9978 57941 78.4649 16.5070
2M19393986+1234439 (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= 163.82 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 11.9926 38.6078 9294 57908 11.9209 60.4293 9294 57940 12.0450 96.1812
2M19394008+1014003 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.75 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 101.786 13.8695 9294 57908 101.729 21.3714 9294 57940 101.746 35.0093 9978 57913 101.900 30.2501 9978 57916 101.779 31.0025 9978 57941 101.744 15.8325
2M19394137+1008094 (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= 112.11 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -20.6913 27.8347 9294 57908 -20.6464 40.8565 9294 57940 -20.7112 68.2830
2M19394545+1110417 (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= 188.04 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -68.7873 46.1410 9294 57908 -68.9330 69.0772 9294 57940 -68.7548 108.623
2M19394552+1238261 (RV template + CCFs) ( SIMBAD ) H= 10.80 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 148.06 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 57.0561 34.1217 9294 57908 57.0229 58.8128 9294 57940 57.0199 85.4855
2M19394570+1044272 (RV template + CCFs) ( SIMBAD ) H= 12.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 53.94 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 16.1629 16.6004 9294 57908 16.2798 26.6499 9294 57940 16.2970 39.8768
2M19394630+1026144 (RV template + CCFs) ( SIMBAD ) H= 12.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 77.91 VSCATTER= 0.00 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 26.1580 18.8646 9294 57908 26.1646 29.7005 9294 57940 26.1597 47.9725
2M19394970+1146067 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 104.31 VSCATTER= 0.25 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -28.7250 16.8756 9294 57908 -28.5809 24.3712 9294 57940 -29.0180 41.9162 9978 57913 -28.9389 37.5366 9978 57916 -28.6807 38.3805 9978 57941 -29.2464 18.2521
2M19395027+1139358 (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= 221.18 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -47.8791 105.957 9978 57916 -47.8912 107.224 9978 57941 -47.8876 46.5812
2M19395285+1009558 (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= 141.71 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 36.1572 32.9922 9294 57908 36.2422 50.2989 9294 57940 36.2157 86.2944
2M19395487+1239257 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 189.51 VSCATTER= 0.60 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 16.0484 96.4181 9978 57916 16.2129 98.3854 9978 57941 17.1639 25.6569
2M19395659+1220169 (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= 162.86 VSCATTER= 0.18 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 32.8654 81.3574 9978 57916 32.6882 76.5658 9978 57941 32.4980 37.4117
2M19395700+1035176 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 67.06 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -53.2333 13.8782 9294 57908 -53.3319 21.3900 9294 57940 -53.5305 37.7236 9978 57913 -53.2759 26.7595 9978 57916 -53.4351 34.3860 9978 57941 -53.4445 16.5778
2M19395856+1007416 (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= 130.20 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -20.3317 64.0222 9978 57916 -20.2210 65.5243 9978 57941 -20.4057 29.8856
2M19400009+1043099 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 60.54 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 51.3636 13.7939 9294 57908 51.4794 21.6781 9294 57940 51.4380 26.2404 9978 57913 51.4001 31.0939 9978 57916 51.3462 31.4879 9978 57941 51.5966 14.2591
2M19400015+1131386 (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= 160.11 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -26.5423 36.0032 9294 57908 -26.5217 54.6827 9294 57940 -26.4049 94.2577
2M19400362+1110191 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 88.32 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -67.4551 13.7343 9294 57908 -67.1868 21.5814 9294 57940 -67.3167 41.3511 9978 57913 -67.2264 36.2222 9978 57916 -67.2796 33.8056 9978 57941 -67.4623 15.6025
2M19400527+1237468 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 136.16 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -15.8501 64.8650 9978 57916 -15.8128 73.5135 9978 57941 -15.7915 25.9686
2M19400663+1117014 (RV template + CCFs) ( SIMBAD ) H= 8.94 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_MED,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 611.52 VSCATTER= 3.43 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9294 57903 -1.63801 105.107 9294 57908 -0.711197 151.924 9294 57940 -1.91480 288.978 9978 57913 5.35580 281.614 9978 57916 999999. 273.761 9978 57941 999999. 122.700
2M19400780+1151235 (RV template + CCFs) ( SIMBAD ) H= 11.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 121.37 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 10.4869 27.4927 9294 57908 10.5297 41.8012 9294 57940 10.5452 73.2414
2M19400820+1143517 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.74 VSCATTER= 0.96 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -27.2350 16.3197 9294 57908 -27.4242 24.8307 9294 57940 -29.3179 41.2970 9978 57913 -27.6575 38.4920 9978 57916 -27.5109 37.0192 9978 57941 -29.2857 16.8007
2M19400871+1157148 (RV template + CCFs) ( SIMBAD ) H= 11.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 155.42 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -16.2750 36.7679 9294 57908 -16.2100 53.3741 9294 57940 -16.0558 91.6554
2M19400942+1033105 (RV template + CCFs) ( SIMBAD ) H= 10.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 137.51 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 103.904 37.1849 9294 57908 103.843 64.2555 9294 57940 103.916 97.2052
2M19401147+1210466 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.26 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -5.45355 16.2737 9294 57908 -5.45068 25.8484 9294 57940 -5.18491 47.6749 9978 57913 -5.07290 42.5217 9978 57916 -5.46816 45.1670 9978 57941 -5.23374 19.7456
2M19401148+1208335 (RV template + CCFs) ( SIMBAD ) H= 11.86 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 85.14 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -71.7101 21.5476 9294 57908 -71.4523 30.1057 9294 57940 -71.7949 52.3169
2M19401591+1154410 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 121.21 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -61.7085 19.7351 9294 57908 -61.8263 30.3105 9294 57940 -61.6131 50.3753 9978 57913 -61.6589 44.3057 9978 57916 -61.4472 41.8736 9978 57941 -61.7634 19.1449
2M19401684+1026446 (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 PERSIST_LOW SNR= 158.13 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -5.77892 71.5936 9978 57916 -5.78814 85.3458 9978 57941 -5.87393 41.3846
2M19401779+1235384 (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_LOW SNR= 120.92 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -32.1819 64.5670 9978 57916 -32.0831 63.4211 9978 57941 -32.1468 26.4985
2M19401792+1113242 (RV template + CCFs) ( SIMBAD ) H= 10.92 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 207.82 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 74.8856 108.300 9978 57916 75.0109 94.0294 9978 57941 74.9620 48.5963
2M19401930+1212124 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 124.97 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -4.12535 18.3799 9294 57908 -3.93299 27.7125 9294 57940 -3.90382 50.7899 9978 57913 -3.97523 45.5902 9978 57916 -3.87829 47.9449 9978 57941 -4.05138 19.1594
2M19402271+1201559 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.90 VSCATTER= 0.13 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -19.3864 17.7095 9294 57940 -19.5525 43.8763 9978 57913 -19.7064 39.7499 9978 57916 -19.3881 39.7791 9978 57941 -19.5366 18.7082
2M19402321+1140327 (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= 107.86 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -75.8850 27.5342 9294 57908 -75.7280 39.0242 9294 57940 -75.6959 62.0410
2M19402584+1033135 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 76.60 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -32.3408 14.1826 9294 57908 -32.3990 23.8132 9294 57940 -32.2937 31.3431 9978 57913 -32.1761 25.9734 9978 57916 -32.5050 32.2272 9978 57941 -32.4380 14.0561
2M19402726+1056178 (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_MED,PERSIST_LOW SNR= 159.89 VSCATTER= 0.36 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -126.206 92.6510 9978 57916 -126.185 73.8031 9978 57941 -126.815 33.4143
2M19402948+1054438 (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= 79.31 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -194.532 50.5022 9978 57916 -194.576 51.1790 9978 57941 -194.592 23.8014
2M19402965+1131567 (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= 108.07 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 66.9172 25.9853 9294 57908 66.9735 38.4272 9294 57940 66.9289 63.9716
2M19403143+1206548 (RV template + CCFs) ( SIMBAD ) H= 11.18 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 149.75 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -12.3952 38.3421 9294 57908 -12.5249 56.8199 9294 57940 -12.4772 88.3847
2M19403261+1009465 (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= 164.80 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -158.005 80.2051 9978 57916 -157.974 82.1647 9978 57941 -157.914 39.0620
2M19403431+1051578 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 64.36 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -73.2386 11.8271 9294 57908 -73.5439 18.4336 9294 57940 -73.2255 30.3738 9978 57913 -73.3071 24.4810 9978 57916 -73.0437 23.6827 9978 57941 -73.1404 11.6939
2M19403466+1048393 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 57.74 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -1.75623 12.2701 9294 57908 -1.81227 19.6367 9294 57940 -1.63320 29.9536 9978 57913 -1.53009 27.5268 9978 57916 -1.53844 29.2353 9978 57941 -1.92197 13.2996
2M19403736+1011563 (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= 72.11 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -83.7073 17.5150 9294 57908 -83.4965 27.7650 9294 57940 -83.7374 44.2810
2M19404000+1049238 (RV template + CCFs) ( SIMBAD ) H= 10.58 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 153.15 VSCATTER= 0.00 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 23.7247 40.9277 9294 57940 23.7269 104.020
2M19404005+1128550 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 100.58 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -3.87060 15.5762 9294 57908 -3.82871 24.3011 9294 57940 -3.77855 40.4584 9978 57913 -3.82749 36.3568 9978 57916 -3.80953 38.4791 9978 57941 -3.60886 17.3294
2M19404129+1220371 (RV template + CCFs) ( SIMBAD ) H= 11.16 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 136.79 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 10.5797 35.5764 9294 57908 10.4639 51.4604 9294 57940 10.6058 81.7456
2M19404153+1058504 (RV template + CCFs) ( SIMBAD ) H= 11.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 122.29 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 70.6280 24.1736 9294 57908 70.5843 44.5977 9294 57940 70.6581 76.5837
2M19404204+1241392 (RV template + CCFs) ( SIMBAD ) H= 9.12 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 499.83 VSCATTER= 3.17 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9294 57903 8.97683 71.7319 9294 57908 2.63700 131.278 9294 57940 2.27114 185.556 9978 57913 7.04532 210.125 9978 57916 8.43247 172.578 9978 57941 9.19509 76.6843
2M19404217+1213509 (RV template + CCFs) ( SIMBAD ) H= 11.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 197.48 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -35.0795 95.5033 9978 57916 -35.1439 93.5867 9978 57941 -35.2874 41.0449
2M19404399+1114518 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 100.19 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -14.9041 13.6471 9294 57908 -15.1778 21.0508 9294 57940 -15.0199 39.3853 9978 57913 -15.4232 42.4363 9978 57916 -15.4327 37.1583 9978 57941 -15.1732 18.4510
2M19404400+1232538 (RV template + CCFs) ( SIMBAD ) H= 8.10 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 769.92 VSCATTER= 3.50 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -28.8411 139.327 9294 57908 -33.2579 211.903 9294 57940 -27.1955 349.487 9978 57913 999999. 344.668 9978 57916 -30.4748 335.981 9978 57941 -23.9119 135.214
2M19404724+1019347 (RV template + CCFs) ( SIMBAD ) H= 11.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 112.70 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 29.9971 31.1377 9294 57908 30.0920 50.0295 9294 57940 30.0783 69.5744
2M19404842+1004309 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.38 VSCATTER= 0.22 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -54.2762 15.8687 9294 57908 -53.9402 22.9488 9294 57940 -53.8677 35.9619 9978 57913 -54.1704 33.3656 9978 57916 -54.2682 31.0887 9978 57941 -54.4634 13.4608
2M19404980+1007282 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.20 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 24.1919 15.4232 9294 57908 23.9170 20.7175 9294 57940 23.9023 35.9849 9978 57913 23.8917 31.5277 9978 57916 24.0638 33.8779 9978 57941 24.0551 14.2488
2M19405120+1131146 (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= 101.25 VSCATTER= 0.24 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 89.1914 24.8347 9294 57908 89.5127 36.7532 9294 57940 89.6648 58.8799
2M19405206+1056250 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 74.52 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 23.7344 13.9963 9294 57908 23.6546 21.7003 9294 57940 23.4126 18.1206 9978 57913 23.4925 34.1330 9978 57916 23.8480 32.5812 9978 57941 23.3271 13.6828
2M19405325+1210196 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 102.45 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 15.7872 17.7107 9294 57908 15.5454 22.9788 9294 57940 15.6714 37.0694 9978 57913 15.7840 39.9092 9978 57916 15.7465 41.4065 9978 57941 15.5327 17.1535
2M19405356+1031245 (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= 88.50 VSCATTER= 0.23 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 40.6258 15.2953 9294 57908 40.8472 25.2637 9294 57940 40.4927 33.7886 9978 57913 41.0424 32.5642 9978 57916 40.8603 38.1728 9978 57941 41.0759 14.9340
2M19405410+1246207 (RV template + CCFs) ( SIMBAD ) H= 10.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 191.72 VSCATTER= 0.17 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 18.4978 45.3763 9294 57908 18.7570 65.7664 9294 57940 18.4486 123.631
2M19405660+1108259 (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= 226.55 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -21.9093 114.983 9978 57916 -21.7484 104.729 9978 57941 -21.8434 49.1709
2M19405765+1226389 (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 BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 205.89 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 82.1737 105.893 9978 57916 82.1183 99.4213 9978 57941 82.1624 40.9669
2M19405890+1043065 (RV template + CCFs) ( SIMBAD ) H= 10.83 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 145.87 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 9.13459 36.9883 9294 57908 9.14509 60.6675 9294 57940 9.28597 80.1648
2M19405933+1015127 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 83.18 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 98.5854 15.7580 9294 57908 98.4359 22.2782 9294 57940 98.5429 28.8860 9978 57913 98.4842 32.2363 9978 57916 98.5524 35.5295 9978 57941 98.6325 14.1600
2M19410015+1219018 (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 PERSIST_LOW SNR= 104.88 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 64.2835 53.2265 9978 57916 64.3160 53.4849 9978 57941 64.2774 23.1578
2M19410395+1108394 (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= 241.89 VSCATTER= 0.88 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -87.4485 145.941 9978 57916 -87.2043 77.1250 9978 57941 -85.8157 60.4165
2M19410424+1012427 (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= 234.10 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -23.0600 52.8220 9294 57908 -23.0492 85.3440 9294 57940 -23.0329 137.728
2M19410574+1138373 (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= 163.32 VSCATTER= 0.23 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -0.697300 77.8032 9978 57916 -0.590320 80.4919 9978 57941 -1.03729 37.7655
2M19410898+1042464 (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 PERSIST_LOW,SUSPECT_BROAD_LINES SNR= 40.97 VSCATTER= 10.24 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57916 -9.67052 35.3051 9978 57941 -24.1498 16.4043
2M19410906+1216176 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 88.93 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -6.18007 16.4176 9294 57908 -6.02542 23.8019 9294 57940 -6.19651 37.5242 9978 57913 -6.07919 35.8916 9978 57916 -6.07958 35.5641 9978 57941 -6.13921 14.8160
2M19411160+1055189 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 100.36 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 72.1537 16.7593 9294 57908 72.2559 26.0520 9294 57940 72.1983 37.8878 9978 57913 72.2300 44.1514 9978 57916 72.1999 40.6854 9978 57941 72.1065 12.9842
2M19411167+1052301 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 101.45 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 7.87537 18.0262 9294 57908 8.04400 27.5210 9294 57940 7.95332 37.7707 9978 57913 7.97754 42.4762 9978 57916 7.90624 37.4644 9978 57941 8.02257 16.7953
2M19411288+1203446 (RV template + CCFs) ( SIMBAD ) H= 9.14 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 713.52 VSCATTER= 3.65 RV_TEFF=20000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9294 57903 84.8656 111.629 9294 57908 77.6577 163.886 9294 57940 79.9906 273.266 9978 57913 84.0114 250.726 9978 57916 77.9990 256.227 9978 57941 85.9577 112.825
2M19411333+1233240 (RV template + CCFs) ( SIMBAD ) H= 10.87 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 134.28 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 28.6847 36.2270 9294 57908 28.6709 55.4462 9294 57940 28.6814 75.9830
2M19411739+1240043 (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= 74.32 VSCATTER= 0.26 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 19.9178 14.4331 9294 57908 20.1407 22.7494 9294 57940 20.6100 36.2828 9978 57913 20.2799 35.0033 9978 57916 20.4638 22.0411 9978 57941 20.5449 13.6724
2M19412078+1034352 (RV template + CCFs) ( SIMBAD ) H= 10.85 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 180.79 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -26.3832 90.7063 9978 57916 -26.3723 96.0624 9978 57941 -26.4272 40.0159
2M19412145+1219488 (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 SNR= 160.61 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 11.4628 44.7394 9294 57908 11.4828 58.2237 9294 57940 11.4480 98.8995
2M19412283+1214353 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR,PERSIST_LOW,PERSIST_JUMP_NEG SNR= 83.98 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 10.6758 16.8002 9294 57908 999999. 3.06977 9294 57940 10.6634 37.3299 9978 57913 10.7553 35.0671 9978 57916 10.7615 34.8465 9978 57941 10.6156 14.3372
2M19412307+1224123 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 98.22 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 -74.0910 14.9686 9294 57908 -74.0513 24.5319 9294 57940 -74.2426 37.0778 9978 57913 -74.1271 41.6521 9978 57916 -74.1426 42.8240 9978 57941 -74.0728 16.3057
2M19412311+1038458 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.39 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -16.8531 14.5649 9294 57908 -16.7836 25.5525 9294 57940 -16.8411 28.1629 9978 57913 -16.8981 36.8744 9978 57916 -16.9104 41.7088 9978 57941 -17.0088 17.2749
2M19412396+1011423 (RV template + CCFs) ( SIMBAD ) H= 8.13 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 903.99 VSCATTER= 1.75 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 9.84087 130.494 9294 57908 999999. 232.765 9294 57940 10.9330 390.712 9978 57913 11.7870 358.100 9978 57916 7.83125 322.642 9978 57941 7.98944 147.649
2M19412644+1216298 (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= 192.38 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -84.5130 96.5279 9978 57916 -84.5199 97.0457 9978 57941 -84.4725 33.9757
2M19412899+1043532 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 91.88 VSCATTER= 0.22 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -89.9580 15.2059 9294 57908 -90.1843 24.3218 9294 57940 -90.4679 30.4236 9978 57913 -90.1965 36.3204 9978 57916 -90.2330 38.8150 9978 57941 -90.5817 15.8417
2M19412922+1206401 (RV template + CCFs) ( SIMBAD ) H= 12.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 99.77 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -27.1113 49.8864 9978 57916 -26.9432 53.6260 9978 57941 -27.1013 20.2999
2M19412948+1112011 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.75 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -0.805592 15.0482 9294 57908 -0.945980 23.9311 9294 57940 -0.945493 33.7543 9978 57913 -0.808889 42.8183 9978 57916 -0.704389 28.3329 9978 57941 -1.02023 18.9057
2M19412978+1031308 (RV template + CCFs) ( SIMBAD ) H= 10.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 263.83 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -5.84915 118.742 9978 57916 -5.98672 146.077 9978 57941 -6.02927 60.1286
2M19413106+1016082 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 90.67 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -44.7648 17.8660 9294 57908 -44.7392 25.3913 9294 57940 -44.6833 31.3146 9978 57913 -44.7267 36.7057 9978 57916 -44.7900 35.7089 9978 57941 -44.7542 15.3003
2M19413166+1027515 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 85.04 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -8.53685 16.4914 9294 57908 -8.41504 24.0448 9294 57940 -8.39916 29.9663 9978 57913 -8.28032 31.2036 9978 57916 -8.43752 37.1318 9978 57941 -8.59760 15.1274
2M19413288+1142191 (RV template + CCFs) ( SIMBAD ) H= 10.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 289.56 VSCATTER= 0.34 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 3.29028 70.3675 9294 57908 3.45270 103.472 9294 57940 2.80328 171.725
2M19413314+1057440 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.21 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 19.9759 15.5504 9294 57908 20.0703 21.9918 9294 57940 19.9420 32.2853 9978 57913 19.9393 33.3550 9978 57916 20.1247 30.6527 9978 57941 19.6556 15.3682
2M19413525+0959586 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.73 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -29.8307 11.8387 9294 57908 -29.8284 19.0142 9294 57940 -29.6900 19.4280 9978 57913 -29.8919 29.5033 9978 57916 -29.9097 30.7598 9978 57941 -29.8020 11.3851
2M19413569+1101214 (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= 142.48 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -9.54219 69.8384 9978 57916 -9.52928 72.2368 9978 57941 -9.60817 36.0466
2M19413774+1156027 (RV template + CCFs) ( SIMBAD ) H= 12.06 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 118.86 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 91.2591 57.1903 9978 57916 91.2789 59.3521 9978 57941 91.1085 25.9800
2M19413796+1159556 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.91 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 34.9764 15.3567 9294 57940 35.3073 39.7221 9978 57916 35.2754 39.5876 9978 57941 35.0786 15.9369
2M19413870+1242282 (RV template + CCFs) ( SIMBAD ) H= 10.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 148.82 VSCATTER= 0.56 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -8.62497 35.3817 9294 57908 -8.46625 53.9884 9294 57940 -7.58514 91.5816
2M19413923+1212156 (RV template + CCFs) ( SIMBAD ) H= 10.96 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 162.60 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 30.2006 41.9215 9294 57908 30.1954 59.5187 9294 57940 30.2264 98.1870
2M19414010+1213043 (RV template + CCFs) ( SIMBAD ) H= 11.84 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.67 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -73.0756 56.2143 9978 57916 -72.9974 56.3403 9978 57941 -73.0965 23.0738
2M19414170+1006133 (RV template + CCFs) ( SIMBAD ) H= 11.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 126.04 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -14.4147 64.1671 9978 57916 -14.4018 62.9618 9978 57941 -14.5191 24.6753
2M19414221+1046344 (RV template + CCFs) ( SIMBAD ) H= 10.93 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 133.17 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 23.3474 34.4070 9294 57908 23.2189 54.7282 9294 57940 23.2167 74.1252
2M19414481+1156349 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 98.26 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -31.4049 15.0385 9294 57908 -31.4868 23.7360 9294 57940 -31.4293 38.3311 9978 57913 -31.3376 35.2879 9978 57916 -31.3637 37.8813 9978 57941 -31.6415 16.7113
2M19414575+1244495 (RV template + CCFs) ( SIMBAD ) H= 12.00 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 64.87 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 40.5570 15.7234 9294 57908 40.4975 23.0687 9294 57940 40.5580 39.1423
2M19414679+1159532 (RV template + CCFs) ( SIMBAD ) H= 10.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 261.07 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 81.5841 126.439 9978 57916 81.5972 127.296 9978 57941 81.7154 55.2037
2M19414890+1023581 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.70 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 1.95801 10.8187 9294 57908 1.91512 26.9876 9294 57940 2.02746 40.0585 9978 57913 2.10099 41.7075 9978 57916 2.09479 40.8364 9978 57941 1.95302 17.6708
2M19414932+1058029 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.97 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -8.33656 14.7649 9294 57908 -8.28615 21.9168 9294 57940 -8.10391 35.0563 9978 57913 -8.11192 33.5213 9978 57916 -8.04434 33.1456 9978 57941 -8.21695 15.2808
2M19415312+1052042 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.10 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -36.1650 12.0474 9294 57908 -36.2379 18.4380 9294 57940 -36.1868 31.8872 9978 57913 -36.1180 30.5037 9978 57916 -36.1976 29.4979 9978 57941 -36.4458 13.7531
2M19415498+1041494 (RV template + CCFs) ( SIMBAD ) H= 10.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 208.82 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -99.0683 98.5874 9978 57916 -99.1605 104.763 9978 57941 -99.1375 37.5448
2M19415622+1044558 (RV template + CCFs) ( SIMBAD ) H= 11.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 112.84 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 35.0965 33.2159 9294 57908 35.0721 45.3060 9294 57940 35.2151 60.4665
2M19415816+1226032 (RV template + CCFs) ( SIMBAD ) H= 11.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 112.64 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -4.55931 27.5184 9294 57908 -4.55505 38.8044 9294 57940 -4.44924 68.1905
2M19415830+1047432 (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= 94.98 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -30.2641 42.7093 9978 57916 -30.1638 50.6319 9978 57941 -30.2949 24.6825
2M19420232+1249116 (RV template + CCFs) ( SIMBAD ) H= 11.19 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 119.92 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -35.6021 26.3278 9294 57908 -35.6758 41.2210 9294 57940 -35.6315 72.2976
2M19420253+1113564 (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= 207.04 VSCATTER= 0.03 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 3.59321 108.164 9978 57916 3.64726 95.3564 9978 57941 3.62495 50.1961
2M19420297+1207598 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 125.28 VSCATTER= 0.13 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 10.0051 32.6304 9294 57908 9.87803 46.0278 9294 57940 9.73737 73.5353
2M19420376+1233598 (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= 165.87 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 26.1445 40.4982 9294 57908 26.1817 51.3091 9294 57940 26.2363 99.8543
2M19420529+1136085 (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 SNR= 114.79 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -42.3109 28.0592 9294 57908 -42.4835 39.5891 9294 57940 -42.3744 68.8016
2M19420634+1013033 (RV template + CCFs) ( SIMBAD ) H= 10.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 222.89 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -37.6630 111.754 9978 57916 -37.6241 108.030 9978 57941 -37.4251 44.7367
2M19421179+1229055 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 76.60 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -83.8723 11.8073 9294 57908 -83.9761 16.6607 9294 57940 -83.8793 32.7054 9978 57913 -83.8886 30.0146 9978 57916 -83.9116 30.0590 9978 57941 -83.9348 11.8714
2M19421224+1030374 (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= 77.81 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -3.55713 18.3309 9294 57908 -3.68616 33.6746 9294 57940 -3.38908 45.0954
2M19421533+1227384 (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= 99.50 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -22.9413 15.6134 9294 57908 -22.8690 26.5448 9294 57940 -22.8665 40.0135 9978 57913 -22.8012 41.1273 9978 57916 -22.8538 35.6377 9978 57941 -22.8642 15.5783
2M19421576+1113308 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 108.85 VSCATTER= 0.38 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9294 57903 -249.115 18.6067 9294 57908 -248.663 29.2653 9294 57940 -248.087 43.4020 9978 57913 -248.765 40.7325 9978 57916 -248.757 40.3905 9978 57941 -248.244 19.9461
2M19421637+1042331 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 111.12 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 41.4127 16.3694 9294 57908 41.7026 28.2919 9294 57940 41.7341 40.5725 9978 57913 41.5255 44.3679 9978 57916 41.4696 45.5732 9978 57941 41.3879 16.2093
2M19421804+1008003 (RV template + CCFs) ( SIMBAD ) H= 10.93 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 155.87 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -7.88582 38.4920 9294 57908 -7.83585 56.5931 9294 57940 -7.82735 91.1422
2M19422001+1236186 (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= 180.01 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -8.14087 40.1272 9294 57908 -8.11618 59.3239 9294 57940 -8.03820 108.033
2M19422112+1146199 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 127.57 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -52.0670 20.4289 9294 57908 -52.2220 31.4698 9294 57940 -52.0590 49.5697 9978 57913 -52.1404 47.1524 9978 57916 -52.2349 46.8220 9978 57941 -52.2509 19.1868
2M19422221+1226335 (RV template + CCFs) ( SIMBAD ) H= 11.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 147.62 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -13.0328 80.1332 9978 57916 -12.9156 68.4233 9978 57941 -13.0656 30.7710
2M19422364+1226469 (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= 208.13 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -4.56844 42.6246 9294 57908 -4.52032 78.8366 9294 57940 -4.45454 122.976
2M19423022+1038384 (RV template + CCFs) ( SIMBAD ) H= 11.06 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 132.80 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 24.4857 36.6188 9294 57908 24.4282 51.8849 9294 57940 24.4934 83.6761
2M19423104+1021186 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.68 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 72.1103 14.6612 9294 57908 72.0648 26.2451 9294 57940 72.1292 41.7641 9978 57913 72.2766 41.7005 9978 57916 72.1511 45.8787 9978 57941 72.0741 17.0575
2M19423566+1207259 (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= 109.45 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 -107.917 24.6249 9294 57908 -107.886 37.4082 9294 57940 -107.786 65.8924
2M19423791+1156218 (RV template + CCFs) ( SIMBAD ) H= 11.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 140.45 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 30.0406 68.7890 9978 57916 30.1952 68.7157 9978 57941 30.0633 28.3746
2M19423820+1032150 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.28 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 23.0899 14.7194 9294 57908 22.9160 27.4851 9294 57940 22.7501 37.8820 9978 57913 22.7661 44.1559 9978 57916 22.9416 41.6361 9978 57941 22.8907 19.0566
2M19423900+1028199 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.47 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -66.1902 13.8721 9294 57908 -65.8698 26.3879 9294 57940 -65.9579 38.0690 9978 57913 -66.2070 40.1884 9978 57916 -65.7638 43.0808 9978 57941 -66.1689 15.4605
2M19424075+1247470 (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= 60.06 VSCATTER= 0.30 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -36.6370 8.93699 9294 57908 -35.9467 8.65736 9294 57940 -35.7843 25.6297 9978 57913 -35.9226 25.9782 9978 57916 -36.0153 21.8277 9978 57941 -36.0514 9.40629
2M19424180+1226526 (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= 162.78 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 33.3119 83.1986 9978 57916 33.2917 81.6885 9978 57941 33.3295 31.3187
2M19424218+1245574 (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 PERSIST_LOW SNR= 95.16 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 48.6504 22.3387 9294 57908 48.8420 30.4721 9294 57940 48.8231 58.2133
2M19424863+1115562 (RV template + CCFs) ( SIMBAD ) H= 11.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 82.19 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57916 -12.1649 54.2796 9978 57941 -12.2345 27.8643
2M19424878+1012561 (RV template + CCFs) ( SIMBAD ) H= 11.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.15 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 65.5164 30.0356 9294 57908 65.6140 47.0815 9294 57940 65.6286 72.5641
2M19425458+1035258 (RV template + CCFs) ( SIMBAD ) H= 11.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 68.99 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 14.9513 26.2281 9294 57940 14.9498 50.4440
2M19425745+1100038 (RV template + CCFs) ( SIMBAD ) H= 11.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 155.84 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 19.0950 81.2688 9978 57916 19.0391 73.0783 9978 57941 19.0560 37.3018
2M19425883+1232092 (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= 111.18 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -10.6806 16.5504 9294 57908 -10.4464 23.8606 9294 57940 -10.4185 41.6331 9978 57913 -10.5814 43.0034 9978 57916 -10.5537 43.5810 9978 57941 -10.4114 14.5332
2M19430052+1039017 (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 PERSIST_LOW SNR= 237.79 VSCATTER= 0.00 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -22.5867 63.6998 9294 57908 -22.5939 89.6779 9294 57940 -22.5911 148.411
2M19430095+1154288 (RV template + CCFs) ( SIMBAD ) H= 10.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 251.05 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -7.03665 122.604 9978 57916 -6.92800 117.471 9978 57941 -7.21467 55.5246
2M19430166+1241150 (RV template + CCFs) ( SIMBAD ) H= 11.84 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 96.47 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 61.8983 50.4442 9978 57916 62.0560 44.7928 9978 57941 61.7545 16.9733
2M19430222+1028409 (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= 238.59 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 9.07914 113.428 9978 57916 9.07458 123.662 9978 57941 9.08729 51.3620
2M19430368+1211175 (RV template + CCFs) ( SIMBAD ) H= 11.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 135.85 VSCATTER= 0.14 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -59.4787 70.6535 9978 57916 -59.5102 68.2461 9978 57941 -59.7349 23.4081
2M19430403+1012534 (RV template + CCFs) ( SIMBAD ) H= 10.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 236.07 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 57.9346 119.867 9978 57916 58.1738 113.826 9978 57941 58.0516 51.1086
2M19430479+1000058 (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 SNR= 71.72 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 29.7812 19.1532 9294 57908 29.7912 30.7574 9294 57940 29.7512 39.5862
2M19430537+1007293 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.41 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 56.5589 17.1998 9294 57908 56.5638 24.6191 9294 57940 56.5440 38.2083 9978 57913 56.5995 35.5612 9978 57916 56.5312 40.3321 9978 57941 56.3633 15.2514
2M19430792+1148380 (RV template + CCFs) ( SIMBAD ) H= 10.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 258.43 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -32.1098 126.701 9978 57916 -32.0252 121.929 9978 57941 -31.9706 56.0824
2M19431210+1158352 (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= 189.36 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 15.7040 98.9301 9978 57916 15.7353 86.3198 9978 57941 15.6647 41.5311
2M19431981+1243090 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.45 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 47.4822 13.4441 9294 57908 47.6815 16.5447 9294 57940 47.7616 35.6070 9978 57913 47.7039 29.3774 9978 57916 47.7943 30.0254 9978 57941 47.6160 12.2884
2M19432433+1141499 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.86 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -84.1962 13.1662 9294 57908 -84.1660 23.1422 9294 57940 -84.0101 37.1626 9978 57913 -84.1064 30.5461 9978 57916 -84.2788 35.7515 9978 57941 -84.0542 15.9342
2M19432497+1031153 (RV template + CCFs) ( SIMBAD ) H= 10.88 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 145.29 VSCATTER= 0.55 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 29.5994 43.1290 9294 57908 29.7324 59.4662 9294 57940 30.6039 85.4642
2M19432564+1148152 (RV template + CCFs) ( SIMBAD ) H= 11.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 126.43 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 10.6525 68.2452 9978 57916 10.6832 58.0324 9978 57941 10.4986 30.2729
2M19433092+1206564 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 135.31 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 11.7778 22.6666 9294 57908 11.9073 31.9292 9294 57940 11.9952 54.8311 9978 57913 11.9980 46.6609 9978 57916 12.2948 50.4621 9978 57941 12.2294 21.1036
2M19433119+1053182 (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= 81.51 VSCATTER= 0.10 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -30.9061 15.3183 9294 57908 -30.9286 20.1979 9294 57940 -31.0146 37.7500 9978 57913 -30.9523 28.6586 9978 57916 -30.9582 32.2653 9978 57941 -31.1804 12.9252
2M19433257+1136045 (RV template + CCFs) ( SIMBAD ) H= 12.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.35 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 26.3912 45.9972 9978 57916 26.3538 50.6048 9978 57941 26.1241 23.3774
2M19433608+1247129 (RV template + CCFs) ( SIMBAD ) H= 12.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 59.64 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 1.40378 15.0967 9294 57908 1.64338 23.5839 9294 57940 1.71126 34.7834
2M19433878+1058238 (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= 161.32 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -44.3960 36.8134 9294 57908 -44.4619 55.2575 9294 57940 -44.3747 100.800
2M19433878+1118323 (RV template + CCFs) ( SIMBAD ) H= 11.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 118.29 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 2.40310 26.6816 9294 57908 2.43603 44.2260 9294 57940 2.49967 69.2837
2M19433961+1233504 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.80 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -90.2209 9.57418 9294 57908 -90.1594 18.1378 9294 57940 -90.2109 32.7971 9978 57913 -90.1409 31.2561 9978 57916 -90.2481 30.3150 9978 57941 -90.3305 10.4529
2M19433986+1248339 (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= 234.41 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -42.9318 118.498 9978 57916 -42.8981 106.111 9978 57941 -42.8533 41.6668
2M19434141+1227348 (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 BRIGHT_NEIGHBOR SNR= 169.15 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -1.79979 75.2304 9978 57916 -1.81224 86.9202 9978 57941 -1.72030 34.0183
2M19434513+1043177 (RV template + CCFs) ( SIMBAD ) H= 10.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 231.51 VSCATTER= 0.12 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -3.09913 124.484 9978 57916 -3.00993 118.562 9978 57941 -3.24002 49.9666
2M19434732+1009459 (RV template + CCFs) ( SIMBAD ) H= 10.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 241.88 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 39.7471 117.406 9978 57916 39.7959 120.867 9978 57941 39.7022 49.1884
2M19435059+1004509 (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 SNR= 91.49 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -30.2113 49.8099 9978 57916 -30.2082 41.1967 9978 57941 -30.3278 19.5357
2M19435164+1048118 (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= 87.84 VSCATTER= 0.22 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 -15.5838 22.3024 9294 57908 -15.5287 29.3095 9294 57940 -15.1834 55.6651
2M19435521+1018436 (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= 95.23 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -3.93426 12.9201 9294 57908 -4.11180 26.7676 9294 57940 -3.84531 38.9715 9978 57913 -3.88782 35.1868 9978 57916 -3.85767 38.9808 9978 57941 -4.02870 15.0163
2M19435566+0957372 (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 SNR= 87.77 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -22.9224 46.5329 9978 57916 -22.8472 43.5010 9978 57941 -22.9203 16.0559
2M19435633+1134197 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 110.45 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 46.4818 17.8277 9294 57908 46.7215 26.9959 9294 57940 46.5867 43.0978 9978 57913 46.6562 39.7568 9978 57916 46.6379 42.3775 9978 57941 46.4449 19.1126
2M19435794+1017079 (RV template + CCFs) ( SIMBAD ) H= 10.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 215.38 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -48.4700 104.113 9978 57916 -48.4233 112.485 9978 57941 -48.5141 43.6431
2M19435841+1115508 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.78 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 6.22255 18.2060 9294 57908 6.26026 28.0220 9294 57940 6.12810 46.3930 9978 57913 5.95824 43.0805 9978 57916 6.13195 39.5480 9978 57941 5.93787 17.0482
2M19440085+1210090 (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= 133.35 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -82.6129 63.0938 9978 57916 -82.7185 66.4596 9978 57941 -82.5467 27.3977
2M19440109+1226283 (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 BRIGHT_NEIGHBOR SNR= 82.48 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -35.3078 17.3683 9294 57908 -35.2826 32.1072 9294 57940 -35.3180 48.3768
2M19440178+0958343 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.96 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -98.0259 13.5583 9294 57908 -97.9385 19.5926 9294 57940 -97.9149 32.1934 9978 57913 -98.0561 27.4216 9978 57916 -97.9129 29.5400 9978 57941 -98.1903 12.0283
2M19440371+1203306 (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= 218.38 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 15.0135 112.538 9978 57916 15.0547 100.788 9978 57941 15.0043 48.0797
2M19440430+1014159 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.39 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -16.2510 13.9395 9294 57908 -16.1960 20.1451 9294 57940 -16.5513 33.5199 9978 57913 -16.4699 27.7718 9978 57916 -16.5083 28.2382 9978 57941 -16.6199 12.6553
2M19440480+1207507 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 101.97 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -130.391 16.4918 9294 57908 -130.225 24.1019 9294 57940 -130.505 40.8147 9978 57913 -130.386 36.4673 9978 57916 -130.314 39.8796 9978 57941 -130.137 15.4531
2M19440500+1038260 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 66.58 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 15.5549 13.2128 9294 57908 15.7902 19.0416 9294 57940 15.4607 28.2809 9978 57913 15.5811 26.4760 9978 57916 15.7656 28.8615 9978 57941 15.5941 11.2460
2M19440608+1222209 (RV template + CCFs) ( SIMBAD ) H= 7.62 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1326.96 VSCATTER= 3.91 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9294 57903 22.8958 188.327 9294 57908 25.2676 308.697 9294 57940 21.1036 463.301 9978 57913 30.8126 482.862 9978 57916 28.2443 471.299 9978 57941 21.4608 202.770
2M19440819+1206363 (RV template + CCFs) ( SIMBAD ) H= 10.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 162.34 VSCATTER= 0.08 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -102.629 60.8435 9294 57908 -102.506 92.1681 9294 57940 -102.649 45.2406
2M19441118+1238416 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.83 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 18.0035 12.9079 9294 57908 18.1406 20.4970 9294 57940 18.3349 33.5405 9978 57913 18.1632 32.1919 9978 57916 18.1218 25.5758 9978 57941 18.0723 12.2464
2M19441131+1246380 (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= 103.44 VSCATTER= 1.67 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -70.6781 53.2618 9978 57916 -70.1572 47.9879 9978 57941 -67.5693 21.8629
2M19441216+1107015 (RV template + CCFs) ( SIMBAD ) H= 10.86 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 195.92 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -0.0706234 108.807 9978 57916 0.00851727 89.5176 9978 57941 -0.0742102 40.5985
2M19441303+1048111 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 73.62 VSCATTER= 0.21 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -64.1901 14.3321 9294 57908 -63.8209 19.7238 9294 57940 -64.1723 32.9404 9978 57913 -64.2438 28.9171 9978 57916 -64.4107 27.7716 9978 57941 -64.3478 12.5708
2M19441432+1016258 (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= 137.18 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9978 57913 -56.7450 69.6668 9978 57916 -56.6387 69.8607 9978 57941 -56.7723 26.7275
2M19441731+1118002 (RV template + CCFs) ( SIMBAD ) H= 12.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 98.20 VSCATTER= 1.22 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 49.6710 56.9376 9978 57916 49.6568 42.6097 9978 57941 47.5492 20.8966
2M19441985+1236224 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.85 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -67.5574 11.4185 9294 57908 -67.5340 16.8688 9294 57940 -67.5469 28.8556 9978 57913 -67.3845 31.0517 9978 57916 -67.3910 29.4651 9978 57941 -67.6245 12.3595
2M19441997+1052180 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 96.70 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -66.2428 18.5844 9294 57908 -66.3417 24.9800 9294 57940 -66.4448 46.2460 9978 57913 -66.3411 36.0284 9978 57916 -66.1086 35.5736 9978 57941 -66.3556 16.5807
2M19442153+1159042 (RV template + CCFs) ( SIMBAD ) H= 10.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 253.44 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 38.8948 127.169 9978 57916 38.9194 120.464 9978 57941 38.9503 56.1354
2M19442244+1155062 (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= 242.57 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 45.2838 118.990 9978 57916 45.1606 117.353 9978 57941 45.1696 53.4568
2M19442385+1231095 (RV template + CCFs) ( SIMBAD ) H= 10.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 164.14 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -10.4204 38.0525 9294 57908 -10.5420 56.4024 9294 57940 -10.2386 97.5868
2M19442489+1133304 (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 SNR= 97.10 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -27.5096 24.1659 9294 57908 -27.3677 35.0115 9294 57940 -27.3619 57.2555
2M19442761+1009264 (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= 108.41 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 6.20868 12.4907 9294 57908 6.24114 29.2908 9294 57940 6.45601 43.6951 9978 57913 6.11463 43.6419 9978 57916 6.31076 41.0985 9978 57941 6.23307 17.7228
2M19442995+1117211 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.41 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -31.2273 17.6535 9294 57908 -31.3266 26.2403 9294 57940 -31.3164 39.2217 9978 57913 -31.2211 40.4732 9978 57916 -31.1140 33.1765 9978 57941 -31.2494 15.4925
2M19443121+1244467 (RV template + CCFs) ( SIMBAD ) H= 10.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 186.51 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 8.07935 93.8754 9978 57916 8.11912 85.8420 9978 57941 8.17413 40.1612
2M19443210+1128082 (RV template + CCFs) ( SIMBAD ) H= 10.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 247.32 VSCATTER= 0.35 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 10.1124 138.644 9978 57916 10.0813 109.569 9978 57941 9.48806 54.4055
2M19443374+1035483 (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= 86.88 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -67.6212 19.3016 9294 57908 -67.6268 34.8358 9294 57940 -67.5526 52.9773
2M19443467+1242188 (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= 87.15 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -61.0622 17.0558 9294 57908 -61.1555 31.7448 9294 57940 -60.8504 54.2883
2M19443608+1028493 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 85.27 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -8.61756 11.1624 9294 57908 -8.37876 22.1029 9294 57940 -8.43340 33.9763 9978 57913 -8.61163 34.4030 9978 57916 -8.47906 34.5643 9978 57941 -8.50718 12.9376
2M19443682+1053303 (RV template + CCFs) ( SIMBAD ) H= 9.23 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 546.74 VSCATTER= 1.51 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9294 57903 -5.49327 106.397 9294 57908 999999. 158.347 9294 57940 -6.22801 253.195 9978 57913 -8.92260 231.331 9978 57916 -8.23525 214.550 9978 57941 -8.45647 96.8548
2M19443999+1141351 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.54 VSCATTER= 0.26 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 35.5062 15.9813 9294 57908 35.8096 23.4815 9294 57940 35.1300 34.7069 9978 57913 35.4055 32.9819 9978 57916 35.5675 34.2266 9978 57941 35.1631 15.0878
2M19444128+1021097 (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= 293.79 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -54.4551 140.649 9978 57916 -54.3597 151.911 9978 57941 -54.3810 64.1200
2M19444151+1054452 (RV template + CCFs) ( SIMBAD ) H= 6.89 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 1796.13 VSCATTER= 3.43 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -9.14521 296.447 9294 57908 -16.0956 443.488 9294 57940 -13.7073 724.433 9978 57913 -13.7968 670.478 9978 57916 -19.6284 627.746 9978 57941 -14.1611 299.167
2M19444413+1247459 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.36 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -88.0022 10.8422 9294 57908 -88.1124 12.7566 9294 57940 -88.3112 34.6762 9978 57913 -88.0247 32.3594 9978 57916 -88.1671 30.5977 9978 57941 -87.9737 13.5147
2M19444718+1020018 (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= 82.54 VSCATTER= 0.30 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 19.8226 9.72674 9294 57908 19.9332 23.1844 9294 57940 19.5701 32.4145 9978 57913 19.6604 35.1877 9978 57916 19.5911 33.3299 9978 57941 19.0752 13.5117
2M19444767+1042314 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 99.14 VSCATTER= 0.18 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -20.0000 16.0601 9294 57908 -20.3512 25.7116 9294 57940 -20.0325 36.6708 9978 57913 -20.1404 40.7488 9978 57916 -19.8137 40.5116 9978 57941 -20.0944 15.8378
2M19444920+1142104 (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= 109.89 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -26.2479 54.8884 9978 57916 -26.3808 52.4510 9978 57941 -26.3607 24.7891
2M19444967+1028170 (RV template + CCFs) ( SIMBAD ) H= 10.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 178.91 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 34.4734 39.2102 9294 57908 34.3720 75.4637 9294 57940 34.3886 102.697
2M19445318+1227408 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.29 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -43.8240 14.6280 9294 57908 -44.1082 20.4107 9294 57940 -43.9872 38.4475 9978 57913 -43.9826 37.7560 9978 57916 -43.9117 36.5545 9978 57941 -44.0217 15.7478
2M19445396+1055311 (RV template + CCFs) ( SIMBAD ) H= 9.15 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 699.01 VSCATTER= 2.84 RV_TEFF=10000.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 -15.0640 109.359 9294 57908 -21.6771 161.236 9294 57940 -20.7153 269.568 9978 57913 -15.3975 245.917 9978 57916 -17.4824 252.600 9978 57941 -20.1759 118.032
2M19445447+1142501 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.53 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -21.6935 16.2491 9294 57908 -21.5973 24.4680 9294 57940 -21.8036 36.6712 9978 57913 -21.8265 36.6116 9978 57916 -21.9597 36.4268 9978 57941 -21.6836 16.9114
2M19445592+1042244 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 119.82 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -21.8072 19.0936 9294 57908 -22.0300 30.1337 9294 57940 -21.9438 45.5364 9978 57913 -21.5836 46.3164 9978 57916 -21.5798 49.8289 9978 57941 -21.7335 19.6504
2M19445805+1209384 (RV template + CCFs) ( SIMBAD ) H= 10.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 194.53 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -32.7214 48.3385 9294 57908 -32.6541 69.1095 9294 57940 -32.6790 112.688
2M19450212+1214181 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 115.68 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 71.8476 17.5920 9294 57908 71.9303 30.4625 9294 57940 71.9229 49.9715 9978 57913 71.8061 42.0030 9978 57916 71.8698 38.4336 9978 57941 71.8991 16.7775
2M19450694+1020432 (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= 84.94 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 60.5149 13.5182 9294 57908 60.2986 23.9868 9294 57940 60.3697 35.7652 9978 57913 60.4648 31.3912 9978 57916 60.2940 34.9163 9978 57941 60.0788 14.3903
2M19450835+1035284 (RV template + CCFs) ( SIMBAD ) H= 10.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 309.96 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 46.2093 164.613 9978 57916 46.3098 143.793 9978 57941 46.3189 66.6209
2M19450991+1047494 (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 BRIGHT_NEIGHBOR SNR= 95.67 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -11.0662 25.3498 9294 57908 -10.8221 36.7279 9294 57940 -10.9449 55.5473
2M19451083+1214339 (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= 136.50 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 9.15015 32.3376 9294 57908 9.22852 50.4282 9294 57940 9.20606 79.4109
2M19451528+1057182 (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 BRIGHT_NEIGHBOR SNR= 165.39 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 64.7314 82.3027 9978 57916 64.7559 78.5941 9978 57941 64.7293 36.8303
2M19451746+1051233 (RV template + CCFs) ( SIMBAD ) H= 11.83 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 119.18 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 -5.74030 63.1070 9978 57916 -5.76703 55.8799 9978 57941 -5.79136 26.4708
2M19452689+1033393 (RV template + CCFs) ( SIMBAD ) H= 11.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.78 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -21.4903 67.7359 9978 57916 -21.3887 65.5673 9978 57941 -21.3465 23.4295
2M19452902+1106274 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 120.08 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -178.932 22.6150 9294 57908 -178.848 31.6553 9294 57940 -179.038 49.0166 9978 57913 -178.969 46.5442 9978 57916 -179.097 47.8434 9978 57941 -179.120 21.3118
2M19453176+1051550 (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 BRIGHT_NEIGHBOR SNR= 134.00 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 46.0687 65.6443 9978 57916 46.0155 67.9411 9978 57941 45.9739 28.6047
2M19453844+1021573 (RV template + CCFs) ( SIMBAD ) H= 11.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 141.74 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -44.2896 32.9295 9294 57908 -44.1492 55.9668 9294 57940 -43.9771 85.8269
2M19453942+1210519 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.45 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -5.47839 14.2003 9294 57908 -5.70227 20.8030 9294 57940 -5.52486 28.0729 9978 57913 -5.55273 35.3567 9978 57916 -5.57993 35.0831 9978 57941 -5.55085 15.2424
2M19454255+1034529 (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= 113.72 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 3.75630 20.0021 9294 57908 3.66248 28.1431 9294 57940 3.69496 44.4479 9978 57913 3.69938 44.4887 9978 57916 3.64158 45.2932 9978 57941 3.67676 18.8803
2M19454394+1218424 (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= 198.49 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 33.0689 96.3662 9978 57916 33.0497 93.7831 9978 57941 33.1059 43.0743
2M19454470+1156327 (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= 226.55 VSCATTER= 0.55 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9294 57903 -86.9963 55.8609 9294 57908 -86.9346 82.7415 9294 57940 -87.9103 130.921
2M19454547+1039518 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 98.18 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 68.9060 18.1311 9294 57908 68.8523 26.8510 9294 57940 68.9905 36.6021 9978 57913 68.9726 40.1520 9978 57916 68.9677 37.7034 9978 57941 68.8209 16.6544
2M19454974+1051547 (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= 248.63 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 64.3914 126.138 9978 57916 64.4436 123.718 9978 57941 64.4403 55.7397
2M19455047+1051084 (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= 110.93 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 15.3445 27.4689 9294 57908 15.3601 40.6831 9294 57940 15.5098 68.8102
2M19455245+1220301 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.83 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -105.219 11.9920 9294 57940 -105.144 30.7575 9978 57913 -105.095 31.5876 9978 57916 -105.169 26.0950 9978 57941 -105.113 12.0029
2M19455263+1103175 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.05 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -17.2956 19.7130 9294 57908 -17.1487 31.2099 9294 57940 -17.0840 47.9455 9978 57913 -16.9943 43.2022 9978 57916 -16.9973 47.2199 9978 57941 -17.0828 19.1986
2M19455629+1214513 (RV template + CCFs) ( SIMBAD ) H= 11.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 95.90 VSCATTER= 0.70 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -38.5477 26.7080 9294 57908 -37.6598 40.4459 9294 57940 -39.0365 51.9875
2M19455832+1144090 (RV template + CCFs) ( SIMBAD ) H= 10.83 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 215.26 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -37.2360 105.337 9978 57916 -37.2048 104.511 9978 57941 -37.2631 47.1581
2M19460078+1059366 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.26 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -53.0465 18.1521 9294 57908 -53.2620 27.7680 9294 57940 -53.0510 43.1400 9978 57913 -52.8619 39.0821 9978 57916 -52.9465 43.3911 9978 57941 -53.2590 16.8467
2M19460429+1023110 (RV template + CCFs) ( SIMBAD ) H= 9.12 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 648.93 VSCATTER= 4.07 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9294 57903 -28.2674 97.0601 9294 57908 -27.6038 161.313 9294 57940 -31.9755 246.017 9978 57913 -36.7176 248.220 9978 57916 -27.6376 226.044 9978 57941 -35.3913 100.741
2M19460554+1015091 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 81.32 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -8.08654 13.5720 9294 57908 -8.30114 22.4040 9294 57940 -8.14644 30.2221 9978 57913 -8.15840 33.8076 9978 57916 -8.01887 33.5650 9978 57941 -8.35087 13.1264
2M19460572+1145354 (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= 119.72 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -26.3790 20.4795 9294 57908 -26.4574 26.0195 9294 57940 -26.7774 45.9531 9978 57913 -26.6323 45.5336 9978 57916 -26.5757 46.7155 9978 57941 -26.8046 21.1276
2M19461061+1104402 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.41 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -8.36436 14.9901 9294 57908 -8.28126 21.4185 9294 57940 -8.28380 33.0850 9978 57913 -8.19996 33.2193 9978 57916 -8.30748 34.4878 9978 57941 -8.27262 14.6313
2M19461746+1144257 (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= 126.23 VSCATTER= 0.00 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 3.01804 34.4661 9294 57908 3.01483 45.6551 9294 57940 3.01243 73.1288
2M19461763+1045492 (RV template + CCFs) ( SIMBAD ) H= 11.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 137.24 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 58.3112 71.4811 9978 57916 58.2534 67.4710 9978 57941 57.9555 31.1967
2M19462546+1149116 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 96.60 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 60.4245 15.1278 9294 57908 60.4242 24.3062 9294 57940 60.3356 36.8994 9978 57913 60.3721 40.1170 9978 57916 60.5345 38.0913 9978 57941 60.4559 7.03918
2M19462750+1218285 (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= 127.78 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 8.03249 29.8559 9294 57908 8.10282 43.1544 9294 57940 8.05530 77.8651
2M19462902+1048436 (RV template + CCFs) ( SIMBAD ) H= 11.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.55 VSCATTER= 0.19 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -41.8444 34.5695 9294 57908 -41.8273 54.6813 9294 57940 -41.5021 89.5507
2M19463073+1119238 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.08 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 7.03614 20.5207 9294 57908 7.19375 29.8533 9294 57940 7.13335 39.5540 9978 57913 7.21175 40.4080 9978 57916 7.21723 45.0094 9978 57941 7.10348 18.6292
2M19463122+1145103 (RV template + CCFs) ( SIMBAD ) H= 8.70 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 822.53 VSCATTER= 4.21 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -37.2343 126.016 9294 57908 -40.2947 188.790 9294 57940 -34.4526 296.759 9978 57913 -43.8801 289.013 9978 57916 -32.1802 292.419 9978 57941 -35.8402 126.451
2M19463325+1041479 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.63 VSCATTER= 0.18 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 79.7456 15.8664 9294 57908 79.7954 23.7669 9294 57940 79.6442 37.1267 9978 57913 80.0187 33.1725 9978 57916 79.5293 33.8177 9978 57941 79.5372 16.0856
2M19463370+1224527 (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= 90.86 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 -88.9399 46.4032 9978 57916 -89.2081 44.9824 9978 57941 -89.1390 15.5780
2M19463522+1045220 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 118.48 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 86.0809 18.5152 9294 57908 86.1303 28.5957 9294 57940 85.9617 49.1350 9978 57913 86.0034 47.6855 9978 57916 85.9335 44.3856 9978 57941 85.9329 19.7056
2M19463650+1228418 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.29 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -71.6906 12.7744 9294 57908 -71.7843 18.1635 9294 57940 -71.8484 36.3320 9978 57913 -71.6264 33.0251 9978 57916 -71.6763 35.4754 9978 57941 -71.6432 14.6851
2M19463765+1029115 (RV template + CCFs) ( SIMBAD ) H= 8.36 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 883.57 VSCATTER= 25.65 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9294 57903 30.4430 141.887 9294 57908 -6.64409 225.446 9294 57940 12.3164 345.739 9978 57913 64.1143 315.576 9978 57916 20.9099 322.509 9978 57941 -1.57074 145.751
2M19463765+1201207 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.75 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -59.0510 13.5823 9294 57908 -59.1508 17.7746 9294 57940 -58.9725 33.8351 9978 57913 -59.2976 32.7498 9978 57916 -59.1309 35.8991 9978 57941 -59.0521 14.9274
2M19464467+1043136 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.63 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 17.2431 15.4797 9294 57908 17.4568 25.6348 9294 57940 17.2947 40.9016 9978 57913 17.4894 39.0450 9978 57916 17.2767 38.0828 9978 57941 17.3981 17.6891
2M19464693+1203092 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 104.35 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 110.645 15.5242 9294 57908 110.741 25.5518 9294 57940 110.482 37.0260 9978 57913 110.707 40.5976 9978 57916 110.545 40.9566 9978 57941 110.547 15.8327
2M19465079+1227516 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.69 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 23.1654 9.57719 9294 57908 22.9080 12.9611 9294 57940 23.0000 32.5266 9978 57913 22.9382 27.1217 9978 57916 22.9800 21.4308 9978 57941 23.4333 10.8470
2M19465269+1056121 (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= 154.96 VSCATTER= 0.00 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -32.8704 76.5308 9978 57916 -32.8667 78.8228 9978 57941 -32.8653 36.2671
2M19465572+1203529 (RV template + CCFs) ( SIMBAD ) H= 11.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 116.64 VSCATTER= 1.40 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9978 57913 21.2126 70.6092 9978 57916 21.6606 38.8368 9978 57941 23.8277 29.4325
2M19465917+1218402 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 193.47 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 35.4473 45.2249 9294 57908 35.4376 62.9954 9294 57940 35.3712 116.884
2M19470121+1214324 (RV template + CCFs) ( SIMBAD ) H= 11.86 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 79.32 VSCATTER= 0.11 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -55.5823 19.1069 9294 57908 -55.3599 24.3828 9294 57940 -55.4430 49.2878
2M19470511+1142245 (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 BRIGHT_NEIGHBOR SNR= 91.14 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 11.5229 23.0754 9294 57908 11.6959 29.1427 9294 57940 11.9057 56.4057
2M19471009+1103197 (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= 77.52 VSCATTER= 0.18 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 55.0399 20.4306 9294 57908 54.8901 26.0949 9294 57940 55.2461 49.4052
2M19471012+1217202 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 94.71 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -107.355 15.4619 9294 57908 -107.413 20.8195 9294 57940 -107.462 38.3266 9978 57913 -107.420 37.8275 9978 57916 -107.399 36.4881 9978 57941 -107.277 17.0986
2M19471865+1214010 (RV template + CCFs) ( SIMBAD ) H= 9.00 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 580.54 VSCATTER= 2.83 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9294 57903 -23.6024 98.0658 9294 57908 -28.1938 104.396 9294 57940 -23.6317 220.234 9978 57913 -19.4123 216.830 9978 57916 -24.0922 216.335 9978 57941 -24.9887 83.3257
2M19471998+1056467 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.22 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -27.4449 13.8025 9294 57908 -27.3681 22.2758 9294 57940 -27.4935 32.9148 9978 57913 -27.4752 34.4299 9978 57916 -27.3574 31.9685 9978 57941 -27.4892 15.5757
2M19472019+1156250 (RV template + CCFs) ( SIMBAD ) H= 11.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 93.78 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 21.0526 26.6275 9294 57908 21.1006 15.6010 9294 57940 21.2126 61.2147
2M19472383+1054184 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.41 VSCATTER= 0.12 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -188.490 15.8514 9294 57908 -188.507 25.2073 9294 57940 -188.606 35.7853 9978 57913 -188.369 37.0059 9978 57916 -188.685 36.9325 9978 57941 -188.684 15.2072
2M19472477+1216022 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 203.38 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 48.2153 46.7421 9294 57908 48.1512 63.1737 9294 57940 48.1806 125.395
2M19472499+1222348 (RV template + CCFs) ( SIMBAD ) H= 9.31 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 500.53 VSCATTER= 3.89 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9294 57903 5.25175 69.2411 9294 57908 3.76026 103.910 9294 57940 -0.797871 190.322 9978 57913 4.15601 193.397 9978 57916 6.02645 176.051 9978 57941 -3.85375 81.0537
2M19472577+1048190 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 99.41 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 52.3916 17.2730 9294 57908 52.4233 28.1860 9294 57940 52.3603 41.4916 9978 57913 52.4327 31.6138 9978 57916 52.3963 42.0530 9978 57941 52.1509 19.1840
2M19473072+1219382 (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= 85.49 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 -11.7102 16.1441 9294 57908 -11.5489 7.30215 9294 57940 -11.4720 36.3120 9978 57913 -11.4253 34.9841 9978 57916 -11.3322 34.2986 9978 57941 -11.2557 15.0679
2M19473565+1027228 (RV template + CCFs) ( SIMBAD ) H= 10.91 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 170.63 VSCATTER= 0.06 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 25.4579 87.9790 9978 57916 25.5473 82.5631 9978 57941 25.4394 37.8758
2M19473767+1126160 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 204.46 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 1.23118 93.7729 9978 57916 1.24389 104.832 9978 57941 1.18035 43.4397
2M19473882+1100279 (RV template + CCFs) ( SIMBAD ) H= 11.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 158.95 VSCATTER= 0.16 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 -46.4328 84.2615 9978 57916 -46.2871 75.6875 9978 57941 -46.6034 34.8581
2M19474315+1124210 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.55 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 48.8861 11.9581 9294 57908 48.8566 21.7150 9294 57940 48.7512 31.1254 9978 57913 48.7445 35.4024 9978 57916 48.8260 35.5295 9978 57941 48.4823 15.8029
2M19474339+1119158 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.74 VSCATTER= 0.67 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -41.4279 12.0667 9294 57908 -41.2241 20.1723 9294 57940 -42.5543 32.4769 9978 57913 -41.2214 19.9730 9978 57916 -41.4918 28.1231 9978 57941 -42.6868 13.0680
2M19474466+1037400 (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= 92.42 VSCATTER= 3.60 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 65.9747 15.6501 9294 57908 67.0677 16.1781 9294 57940 74.1942 39.6887 9978 57913 68.1140 38.8138 9978 57916 68.7130 35.4163 9978 57941 74.1958 16.6374
2M19474522+1032217 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 86.79 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 2.70249 13.4263 9294 57908 2.75747 22.2057 9294 57940 2.88807 30.7592 9978 57913 2.97641 36.2887 9978 57916 2.95540 36.2883 9978 57941 2.88731 15.5193
2M19475509+1138481 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.75 VSCATTER= 0.24 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 -40.4004 16.4989 9294 57908 -39.9691 20.5125 9294 57940 -40.6068 39.5702 9978 57913 -40.2190 38.6087 9978 57916 -40.4495 35.1005 9978 57941 -40.5929 17.4636
2M19475727+1130478 (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= 90.06 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9978 57913 10.9346 45.0848 9978 57916 11.0239 46.2280 9978 57941 10.8879 18.3825
2M19475956+1037056 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.59 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 35.2247 12.0006 9294 57908 35.0948 19.4600 9294 57940 35.4650 23.1119 9978 57913 35.3408 28.1942 9978 57916 35.2925 27.0559 9978 57941 35.2629 13.0817
2M19480431+1201183 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 67.96 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 79.4415 10.8224 9294 57908 79.3515 16.0525 9294 57940 79.4111 27.3455 9978 57913 79.5357 27.6135 9978 57916 79.4233 23.0443 9978 57941 79.4413 13.8822
2M19480554+1055343 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.32 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 33.8034 13.6142 9294 57908 33.8200 23.2699 9294 57940 33.7728 36.3820 9978 57913 33.8882 42.3543 9978 57916 33.9432 38.7333 9978 57941 33.9677 18.5866
2M19480645+1113511 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.33 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -108.783 11.7104 9294 57908 -108.685 18.6790 9294 57940 -108.727 29.5652 9978 57913 -108.629 27.5050 9978 57916 -108.773 25.8711 9978 57941 -108.911 11.6914
2M19480658+1152305 (RV template + CCFs) ( SIMBAD ) H= 10.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 178.05 VSCATTER= 0.11 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -78.5675 40.3005 9294 57908 -78.5221 52.1281 9294 57940 -78.3562 112.879
2M19481523+1121112 (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= 87.49 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9294 57903 19.5699 21.6077 9294 57908 19.4800 33.2657 9294 57940 19.4275 52.5400
2M19482012+1112529 (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= 118.48 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9978 57913 53.2503 51.8605 9978 57916 53.2049 65.9407 9978 57941 53.1147 23.2795
2M19482989+1111378 (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= 166.45 VSCATTER= 0.10 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 -10.9387 42.3412 9294 57908 -11.1409 69.8582 9294 57940 -11.0032 97.9409
2M19484575+1137074 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 75.50 VSCATTER= 0.43 RV_TEFF= 4500.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9294 57903 4.77372 12.6173 9294 57908 4.85098 16.5669 9294 57940 5.12518 30.9235 9978 57913 4.25600 28.2534 9978 57916 5.55263 27.4783 9978 57941 4.94451 15.7029
2M19484944+1129320 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.45 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9294 57903 50.8987 8.69580 9294 57908 50.9267 15.5865 9294 57940 50.8200 21.8410 9978 57913 50.9114 17.1762 9978 57916 50.9628 23.4330 9978 57941 50.8151 10.4670