Field: Unknown Location ID: 326-06

2M16053413-5950532 (RV template + CCFs) ( SIMBAD ) H= 11.65 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 132.44 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 20.3455 46.9409 10708 58265 20.3220 55.0879 10708 58270 20.3559 55.5669 10708 58273 20.3496 28.7320
2M16053919-5945418 (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= 164.33 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -43.3951 54.8993 10708 58265 -43.5277 72.9008 10708 58270 -43.4518 66.4637 10708 58273 -43.5294 38.9387
2M16054336-5937011 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.92 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -50.3228 27.4845 10708 58265 -50.2942 26.2559 10708 58270 -50.2042 23.7656 10708 58273 -50.5386 15.5930 10709 58266 -50.5635 10.0686 10709 58271 -50.5915 27.5049 10709 58294 -50.1180 19.1021 10709 58297 -50.4007 27.2910
2M16055540-5945131 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 124.56 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -38.6942 35.3021 10708 58265 -38.5400 36.9231 10708 58270 -38.5995 32.0486 10708 58273 -38.6511 20.6592 10709 58266 -38.4999 29.7267 10709 58271 -38.5854 34.5014 10709 58294 -38.6152 24.4701 10709 58297 -38.7273 28.3807
2M16055730-5949255 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.44 VSCATTER= 0.23 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -103.685 30.4260 10708 58265 -104.052 37.1434 10708 58270 -104.219 30.4258 10708 58273 -103.736 18.0412 10709 58266 -104.084 28.6987 10709 58271 -104.184 33.7602 10709 58294 -104.268 21.5472 10709 58297 -104.275 28.8237
2M16055869-5943582 (RV template + CCFs) ( SIMBAD ) H= 11.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT LOW_SNR SNR= 15.96 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -59.7546 5.83340 10708 58265 -59.9889 4.73380 10708 58270 -60.0878 8.22120 10708 58273 -60.0637 2.20195
2M16060656-5954428 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 119.07 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -40.7609 36.0281 10708 58265 -40.5894 31.8627 10708 58270 -40.5664 34.0349 10708 58273 -40.5243 19.5326 10709 58266 -40.5534 27.6958 10709 58271 -40.7471 32.6388 10709 58294 -40.6021 26.1707 10709 58297 -40.6124 29.6228
2M16062123-5925022 (RV template + CCFs) ( SIMBAD ) H= 11.82 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 89.94 VSCATTER= 0.39 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -75.6563 26.8739 10709 58271 -75.8021 34.4889 10709 58294 -76.3446 23.0806 10709 58297 -76.4318 38.6219
2M16062259-5942082 (RV template + CCFs) ( SIMBAD ) H= 10.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 207.64 VSCATTER= 0.25 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -76.0017 70.5661 9826 57974 -76.4966 89.0629 9826 58351 -76.3426 97.6562
2M16062267-5928048 (RV template + CCFs) ( SIMBAD ) H= 12.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 95.35 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -110.542 38.3765 10708 58265 -110.728 36.7252 10708 58270 -110.595 37.1676 10708 58273 -110.648 14.0041
2M16062287-5951562 (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= 105.76 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 24.5583 37.5316 10709 58271 24.5318 44.8976 10709 58294 24.5867 30.9881 10709 58297 24.4489 36.0510
2M16062728-5946378 (RV template + CCFs) ( SIMBAD ) H= 11.85 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 99.47 VSCATTER= 0.50 RV_TEFF= 4500.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 103.981 35.8159 9826 57974 103.706 44.9300 9826 58351 103.005 42.2223
2M16063247-5959063 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.17 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -75.7517 27.9111 9826 57974 -75.9514 36.0819 9826 58351 -75.7874 40.5810
2M16063271-5921426 (RV template + CCFs) ( SIMBAD ) H= 11.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 135.06 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -44.1802 45.2167 10709 58271 -44.2183 53.6900 10709 58294 -44.1873 40.3055 10709 58297 -44.2343 52.7443
2M16063372-6010213 (RV template + CCFs) ( SIMBAD ) H= 10.97 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 198.71 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -14.2976 62.4696 10709 58271 -14.2502 85.8852 10709 58294 -14.2820 65.6526 10709 58297 -14.0914 72.8325
2M16063542-5946500 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.54 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 20.7303 20.9930 9826 57974 20.7230 30.3011 9826 58351 21.0926 32.9646
2M16063669-5957272 (RV template + CCFs) ( SIMBAD ) H= 10.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 274.04 VSCATTER= 0.12 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 63.1219 94.4445 10709 58271 63.2475 114.678 10709 58294 63.2119 96.2855 10709 58297 62.9825 96.0977
2M16063745-5954551 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.51 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -131.254 18.6305 9826 57974 -131.507 28.4174 9826 58351 -131.271 30.0878
2M16063863-5935446 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 130.11 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -35.2910 36.4366 10708 58265 -35.4396 42.0634 10708 58270 -35.2686 34.9839 10708 58273 -35.3533 19.6647 10709 58266 -35.2993 27.8366 10709 58271 -35.3284 35.8953 10709 58294 -35.4825 25.6411 10709 58297 -35.5413 31.8577
2M16063914-5950226 (RV template + CCFs) ( SIMBAD ) H= 11.46 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.76 VSCATTER= 0.20 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -68.4203 54.4671 10709 58271 -68.4368 65.9312 10709 58294 -68.7222 48.9692 10709 58297 -68.8020 44.0208
2M16064092-5953202 (RV template + CCFs) ( SIMBAD ) H= 10.36 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 246.66 VSCATTER= 0.82 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9826 57913 999999. 81.0406 9826 57974 -20.6577 123.044 9826 58351 -21.8185 126.589
2M16064409-5931370 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 215.38 VSCATTER= 0.12 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 12.9734 81.8532 10708 58265 13.1413 90.5170 10708 58270 13.1793 86.7279 10708 58273 12.9301 44.5367
2M16064530-6001255 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.83 VSCATTER= 0.28 RV_TEFF= 5000.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 -11.1793 31.6962 10708 58265 -11.0531 28.3678 10708 58270 -11.0672 28.8122 10708 58273 -11.5631 10.8990 10709 58266 -11.4468 25.2772 10709 58271 -10.9639 31.4867 10709 58294 -11.7654 20.5194 10709 58297 -11.2230 30.8330
2M16065018-5942563 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.96 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -29.1131 25.2617 10708 58265 -28.7277 30.5325 10708 58270 -28.6216 29.9091 10708 58273 -29.0105 13.8233 10709 58266 -28.9392 19.6753 10709 58271 -28.8377 25.7368 10709 58294 -28.8360 19.6859 10709 58297 -28.8522 16.4169
2M16065212-6014163 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 141.67 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -141.303 42.1968 10708 58265 -141.456 41.1312 10708 58270 -141.287 42.0745 10708 58273 -141.359 22.3009 10709 58266 -141.299 29.2676 10709 58271 -141.434 35.3782 10709 58294 -141.299 30.0756 10709 58297 -141.265 36.8034
2M16065413-5924338 (RV template + CCFs) ( SIMBAD ) H= 11.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 114.28 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -60.6893 29.6023 9826 57974 -60.7078 52.8727 9826 58351 -60.7232 53.8596
2M16065820-5951541 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 117.70 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -174.850 41.8669 10709 58271 -174.860 50.1470 10709 58294 -174.801 35.8056 10709 58297 -174.908 40.3115
2M16065949-5942095 (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 SNR= 198.01 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -26.4915 64.9883 10709 58271 -26.4988 78.1866 10709 58294 -26.4363 64.3245 10709 58297 -26.4199 75.1248
2M16065950-6002105 (RV template + CCFs) ( SIMBAD ) H= 12.16 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 101.36 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -78.1369 41.8921 10708 58265 -78.1272 41.4594 10708 58270 -78.0599 39.8861 10708 58273 -78.4013 11.7047
2M16070053-5939397 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 130.38 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -59.3546 37.6811 10708 58265 -59.5133 41.0028 10708 58270 -59.3159 38.8493 10708 58273 -59.5347 21.5087 10709 58266 -59.4701 26.8895 10709 58271 -59.4249 32.8812 10709 58294 -59.7258 26.0301 10709 58297 -59.4546 29.2324
2M16070154-5932059 (RV template + CCFs) ( SIMBAD ) H= 10.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 225.99 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -47.2891 84.3315 10708 58265 -47.3062 90.9730 10708 58270 -47.1515 90.8030 10708 58273 -47.3681 48.8661
2M16070546-5916231 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 121.97 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -7.08452 39.9449 10708 58265 -7.14483 32.6882 10708 58270 -7.07431 28.8277 10708 58273 -7.16219 19.2201 10709 58266 -6.92380 25.0744 10709 58271 -7.14622 33.2340 10709 58294 -7.08613 23.2951 10709 58297 -6.95848 32.5465
2M16070644-5924066 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 128.39 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 8.23191 37.2867 10708 58265 8.12144 39.5953 10708 58270 8.12388 33.0790 10708 58273 8.09194 21.8816 10709 58266 8.18614 27.2219 10709 58271 8.11526 33.8259 10709 58294 8.08702 23.3973 10709 58297 8.17326 33.4978
2M16070664-6002059 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 123.39 VSCATTER= 0.31 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 0.935430 35.7275 10708 58265 0.619353 36.3630 10708 58270 0.400441 35.4138 10708 58273 0.325297 18.9953 10709 58266 0.629392 31.2250 10709 58271 0.329585 29.0412 10709 58294 0.297972 24.0905 10709 58297 -0.116750 31.1621
2M16070695-5953198 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.53 VSCATTER= 0.34 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -70.5486 30.1885 10708 58265 -70.2304 34.2071 10708 58270 -70.0216 31.4880 10708 58273 -69.8138 15.0888 10709 58266 -70.0614 20.4943 10709 58271 -70.0472 28.1673 10709 58294 -69.5201 22.7133 10709 58297 -69.5906 26.3143
2M16070777-5928455 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.50 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -57.2070 15.0812 9826 57974 -57.2028 32.0154 9826 58351 -57.1620 32.1421
2M16071233-5943152 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.27 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -67.0777 29.9366 10708 58265 -67.1588 33.0319 10708 58270 -66.9287 27.8941 10708 58273 -67.1664 16.8974 10709 58266 -67.0018 21.5917 10709 58271 -67.0662 26.9068 10709 58294 -67.1607 17.9722 10709 58297 -67.1915 22.0374 9826 57913 -66.9210 16.4273 9826 57974 -67.3045 26.3626 9826 58351 -67.2180 28.9022
2M16071324-5924447 (RV template + CCFs) ( SIMBAD ) H= 11.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 113.37 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -65.6249 32.3207 9826 57974 -65.6330 49.6008 9826 58351 -65.4942 54.6171
2M16071557-6017484 (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= 209.33 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -14.1275 71.6289 10709 58271 -14.2618 86.7195 10709 58294 -14.1413 68.8650 10709 58297 -14.2086 77.0330
2M16071715-5914444 (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= 77.61 VSCATTER= 0.31 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -1.15023 26.1947 10709 58294 -1.28708 30.1318 10709 58297 -0.696519 35.3347
2M16072001-6008408 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 300.09 VSCATTER= 0.02 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -84.4550 91.9965 9826 57974 -84.4260 146.424 9826 58351 -84.4219 135.928
2M16072634-6014500 (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= 111.04 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -73.2645 35.0686 10709 58271 -73.2778 38.4349 10709 58294 -73.2577 37.1344 10709 58297 -73.2334 45.7937
2M16072718-6019351 (RV template + CCFs) ( SIMBAD ) H= 11.90 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 118.17 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -27.8911 41.2834 10709 58271 -27.8394 49.9137 10709 58294 -27.6366 35.5331 10709 58297 -27.7086 41.2248
2M16072729-6009122 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 126.06 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -36.7682 38.9510 10708 58265 -36.8264 36.4102 10708 58270 -36.9376 27.6169 10708 58273 -36.7403 20.2758 10709 58266 -36.5945 29.3773 10709 58271 -36.8300 33.9545 10709 58294 -36.6224 29.3050 10709 58297 -36.9530 29.5619
2M16072758-5947413 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.60 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -54.3689 25.9940 9826 57974 -54.2808 42.1240 9826 58351 -54.2942 40.3203
2M16072801-5953001 (RV template + CCFs) ( SIMBAD ) H= 11.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 143.38 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -38.1690 47.8679 10709 58271 -38.1025 59.6268 10709 58294 -38.0911 45.4806 10709 58297 -38.1133 53.3181
2M16072828-5915358 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.24 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -8.78320 32.8213 10708 58265 -8.85578 23.6154 10708 58270 -8.72284 21.7093 10708 58273 -8.81063 18.6292 10709 58266 -8.74292 27.4396 10709 58271 -8.74420 31.7073 10709 58294 -8.86344 17.7100 10709 58297 -8.80579 29.0765
2M16072929-5956303 (RV template + CCFs) ( SIMBAD ) H= 10.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 225.56 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -72.5175 78.7649 10709 58271 -72.5377 93.6835 10709 58294 -72.7963 71.1982 10709 58297 -72.5976 83.8063
2M16072978-5929249 (RV template + CCFs) ( SIMBAD ) H= 11.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.41 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -51.9763 50.3928 10709 58271 -51.8928 63.0675 10709 58294 -51.9375 42.8483 10709 58297 -51.9778 54.2640
2M16073087-5923452 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 187.56 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -25.8531 60.5219 10708 58265 -25.9346 61.5233 10708 58270 -26.0310 44.8161 10708 58273 -25.9449 32.3071 9826 57913 -25.9673 39.3244 9826 57974 -25.9401 52.3439 9826 58351 -25.9639 57.7660
2M16073117-5914288 (RV template + CCFs) ( SIMBAD ) H= 10.68 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 212.88 VSCATTER= 0.05 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -39.3346 87.5182 10708 58265 -39.4223 89.4637 10708 58270 -39.3938 74.5213 10708 58273 -39.4630 52.1678
2M16073150-5954265 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 138.75 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -150.545 35.9944 10708 58265 -150.388 31.7923 10708 58270 -150.342 26.4657 10708 58273 -150.515 18.8431 10709 58266 -150.352 29.4141 10709 58271 -150.372 32.6554 10709 58294 -150.628 22.6906 10709 58297 -150.508 21.8740 9826 57913 -150.509 25.5725 9826 57974 -150.401 38.5155 9826 58351 -150.403 37.8933
2M16073163-5924381 (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= 94.89 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -73.1706 27.3283 9826 57974 -73.1359 42.6038 9826 58351 -73.1656 43.8905
2M16073312-5917029 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.89 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -45.5002 27.4223 10708 58265 -45.4837 27.9671 10708 58270 -45.3809 19.5272 10708 58273 -45.4913 16.0084 10709 58266 -45.6108 7.31679 10709 58271 -45.7563 24.6549 10709 58294 -45.7704 14.5035 10709 58297 -45.5016 22.3943
2M16073503-6007221 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.08 VSCATTER= 11.77 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -34.1624 26.3617 9826 57974 -37.5204 47.9545 9826 58351 -15.6585 45.7241
2M16073515-6004299 (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= 114.29 VSCATTER= 0.42 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -88.6465 33.6068 9826 57974 -88.9230 55.9525 9826 58351 -89.4785 50.5014
2M16073567-5936295 (RV template + CCFs) ( SIMBAD ) H= 10.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 213.30 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 20.1395 79.8540 10709 58271 20.1237 79.3074 10709 58294 20.1237 72.4144 10709 58297 20.1136 72.4147
2M16073833-5929299 (RV template + CCFs) ( SIMBAD ) H= 11.68 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 136.93 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 83.8304 55.3553 10708 58265 83.8299 56.4637 10708 58270 83.8253 49.7662 10708 58273 83.7122 28.4735
2M16073988-5952141 (RV template + CCFs) ( SIMBAD ) H= 11.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 130.65 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -117.877 33.8906 9826 57974 -117.810 64.9145 9826 58351 -117.843 60.4242
2M16074060-5912039 (RV template + CCFs) ( SIMBAD ) H= 12.08 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 90.39 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -68.3511 40.4931 10708 58265 -68.3715 33.7423 10708 58270 -68.2345 21.5969 10708 58273 -68.5424 24.3006
2M16074137-5939161 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.75 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -78.6937 20.0857 9826 57974 -78.6427 35.6301 9826 58351 -78.3942 35.7421
2M16074173-5922160 (RV template + CCFs) ( SIMBAD ) H= 9.52 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 679.79 VSCATTER= 3.55 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10708 58238 -5.09114 167.955 10708 58265 -3.66874 165.173 10708 58270 -10.9120 157.736 10708 58273 1.09210 84.3309 10709 58266 -4.03137 130.950 10709 58271 -3.32626 158.632 10709 58294 -6.87267 116.406 10709 58297 -2.11014 144.639 9826 57913 -5.69543 107.379 9826 57974 -8.78538 161.830 9826 58351 -9.84933 165.395
2M16074247-5928406 (RV template + CCFs) ( SIMBAD ) H= 10.91 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 190.94 VSCATTER= 0.29 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -104.625 54.8219 9826 57974 -104.438 89.4621 9826 58351 -105.016 86.0412
2M16074653-5945435 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 170.03 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -61.5733 43.2548 10708 58265 -61.7959 41.5316 10708 58270 -61.7597 42.0793 10708 58273 -62.0490 21.8251 10709 58266 -62.0292 29.8176 10709 58271 -61.8493 40.4945 10709 58294 -61.9931 29.9784 10709 58297 -61.9682 32.3007 9826 57913 -61.9961 24.0268 9826 57974 -61.9410 44.0487 9826 58351 -62.0515 40.9518
2M16075038-6018440 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 135.00 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -10.3964 28.4544 10708 58265 -10.4397 41.0592 10708 58270 -10.4470 39.7027 10708 58273 -10.5181 20.0036 10709 58266 -10.4100 33.7431 10709 58271 -10.5333 38.2463 10709 58294 -10.2793 27.8793 10709 58297 -10.4168 34.7036
2M16075065-5950130 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 134.35 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -12.8569 40.8310 10708 58265 -12.8819 38.3258 10708 58270 -12.7480 36.9392 10708 58273 -12.7319 20.1723 10709 58266 -12.8657 29.2277 10709 58271 -12.7404 40.9132 10709 58294 -12.6872 28.1736 10709 58297 -12.5874 29.9225
2M16075079-5911120 (RV template + CCFs) ( SIMBAD ) H= 11.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 123.66 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -50.0953 35.1482 9826 57974 -49.9868 55.8323 9826 58351 -49.9914 55.7153
2M16075257-5947084 (RV template + CCFs) ( SIMBAD ) H= 11.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 131.41 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -96.4019 43.6244 10709 58271 -96.1769 51.4261 10709 58294 -96.3557 42.1756 10709 58297 -96.3099 49.9198
2M16075273-5936412 (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= 101.03 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 -91.5340 33.4362 10709 58271 -91.5646 41.6414 10709 58294 -91.7218 29.4941 10709 58297 -91.5673 35.8543
2M16075467-6005008 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 130.15 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 2.67905 34.2477 10708 58265 2.76864 31.9047 10708 58270 2.68278 34.9318 10708 58273 2.67757 18.9104 10709 58266 2.82473 35.3160 10709 58271 2.76446 40.1001 10709 58294 2.75240 28.9883 10709 58297 2.96499 32.9782
2M16075602-5912151 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 43.63 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -10.2066 17.6671 9826 57974 -10.0508 21.4241 9826 58351 -10.1615 10.4927
2M16075828-5931164 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 117.16 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -85.7203 27.0635 10708 58265 -85.3014 24.2794 10708 58270 -85.2703 22.8346 10708 58273 -85.4423 10.0676 10709 58266 -85.2589 25.6865 10709 58271 -85.1747 28.6992 10709 58294 -85.2266 19.5710 10709 58297 -85.3156 21.5276 9826 57913 -85.0989 19.7124 9826 57974 -85.2942 34.7997 9826 58351 -85.4081 26.9611
2M16075859-5913353 (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= 90.87 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -79.0879 26.0500 9826 57974 -79.1318 40.9356 9826 58351 -79.1633 41.4358
2M16075937-5952073 (RV template + CCFs) ( SIMBAD ) H= 11.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 137.11 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -123.345 41.8920 10709 58271 -123.244 58.2055 10709 58294 -123.338 46.8980 10709 58297 -123.286 48.5985
2M16080000-5940259 (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= 289.62 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -74.1752 88.9923 10708 58265 -74.2188 93.2660 10708 58270 -74.1727 76.3618 10708 58273 -74.2942 39.4065 9826 57913 -74.4541 61.8289 9826 57974 -74.4539 90.1200 9826 58351 -74.1094 87.8635
2M16080478-5930060 (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= 295.40 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -109.909 88.4639 10708 58265 -109.896 85.7589 10708 58270 -109.787 76.7482 10708 58273 -109.751 39.4417 9826 57913 -109.960 65.0558 9826 57974 -109.993 99.1599 9826 58351 -109.410 89.5699
2M16080553-6014430 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 299.46 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -103.713 98.3916 10709 58271 -103.679 123.598 10709 58294 -103.757 99.9702 10709 58297 -103.736 110.449
2M16080693-5940387 (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= 288.77 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 6.19886 88.7404 9826 57974 6.05896 133.764 9826 58351 6.11681 131.085
2M16080738-5924154 (RV template + CCFs) ( SIMBAD ) H= 11.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 118.27 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 54.7447 41.0654 10709 58271 54.6595 48.2337 10709 58294 54.9283 36.9406 10709 58297 54.7910 41.5341
2M16080854-6013030 (RV template + CCFs) ( SIMBAD ) H= 11.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 162.05 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -42.7526 50.5477 9826 57974 -42.7481 75.9237 9826 58351 -42.7736 75.1924
2M16080869-6005522 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.77 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -77.4565 19.6559 9826 57974 -77.4115 35.2271 9826 58351 -77.5956 28.9113
2M16080986-5956261 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR SNR= 29.33 VSCATTER= 0.35 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 100.340 5.74591 10708 58265 100.048 6.36406 10708 58270 100.165 6.60378 10708 58273 100.139 2.89712 10709 58266 100.173 10.0279 10709 58271 100.818 7.68692 10709 58294 99.9231 5.83535 10709 58297 99.6015 10.3383
2M16081097-5953314 (RV template + CCFs) ( SIMBAD ) H= 10.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 302.97 VSCATTER= 0.00 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -64.7508 97.2164 9826 57974 -64.7491 142.327 9826 58351 -64.7477 141.630
2M16081115-5917579 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.03 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -29.1198 16.7674 9826 57974 -28.8482 27.4194 9826 58351 -28.8789 20.1497
2M16081394-5916182 (RV template + CCFs) ( SIMBAD ) H= 11.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 50.80 VSCATTER= 0.18 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 55.9459 21.3656 10708 58265 56.2236 15.3640 10708 58270 56.1782 19.0438 10708 58273 55.8565 13.2771
2M16081429-5915096 (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 SNR= 194.03 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 38.8556 80.4045 10708 58265 38.7045 73.7413 10708 58270 38.8739 73.0251 10708 58273 38.7707 40.8904
2M16081548-5920462 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 110.87 VSCATTER= 0.16 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58265 -9.88786 40.6381 10708 58273 -10.0258 14.8920 10709 58266 -9.81319 31.7329 10709 58271 -9.58070 36.8394 10709 58294 -9.65607 25.0659 10709 58297 -9.78651 31.0717
2M16081586-5927071 (RV template + CCFs) ( SIMBAD ) H= 10.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 200.17 VSCATTER= 0.13 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 -66.2295 75.9669 10708 58265 -66.3950 90.2690 10708 58270 -66.3807 64.5326 10708 58273 -66.5536 48.8072
2M16081698-5913009 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 117.69 VSCATTER= 0.18 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -8.14768 37.0353 10708 58265 -8.30896 29.9486 10708 58270 -7.85401 29.1126 10708 58273 -7.88805 19.3489 10709 58266 -8.14425 26.9126 10709 58271 -8.21475 32.5826 10709 58294 -7.98809 19.7488 10709 58297 -7.81547 29.6067
2M16081713-5936062 (RV template + CCFs) ( SIMBAD ) H= 9.90 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 617.14 VSCATTER= 4.72 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10708 58238 -44.2043 148.460 10708 58265 -39.7905 152.128 10708 58270 -45.3607 130.639 10708 58273 -38.6831 77.1740 10709 58266 -37.8134 119.109 10709 58271 -41.0218 139.402 10709 58294 -39.3762 99.9360 10709 58297 -48.6892 124.057 9826 57913 -49.6595 109.480 9826 57974 -51.2439 166.548 9826 58351 -42.2594 144.912
2M16081908-5945178 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.39 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -27.2745 20.0686 9826 57974 -27.0828 35.6462 9826 58351 -27.1443 33.8378
2M16082181-5910362 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.37 VSCATTER= 0.17 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 19.0062 22.5618 9826 57974 18.6791 31.4686 9826 58351 18.9347 35.5117
2M16082440-5922164 (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= 100.65 VSCATTER= 0.00 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57974 -65.8228 52.9802 9826 58351 -65.8234 47.9231
2M16082509-5927165 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.26 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -150.466 22.8242 9826 57974 -150.476 40.9818 9826 58351 -150.431 41.1423
2M16082631-5955469 (RV template + CCFs) ( SIMBAD ) H= 10.81 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 226.19 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -94.9802 83.8216 10709 58271 -94.9818 98.1495 10709 58294 -95.0069 68.5755 10709 58297 -95.0714 78.6406
2M16082648-5925181 (RV template + CCFs) ( SIMBAD ) H= 10.87 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 200.29 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -26.2118 58.8611 9826 57974 -26.2048 97.9884 9826 58351 -26.1804 86.7190
2M16082976-6003591 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 234.09 VSCATTER= 0.65 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -84.6495 74.6454 9826 57974 -85.7635 108.533 9826 58351 -84.6301 111.031
2M16082987-5930595 (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 SNR= 217.27 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -80.3406 74.7677 10709 58271 -80.3896 84.6423 10709 58294 -80.3261 71.7211 10709 58297 -80.2608 79.9596
2M16083112-5929493 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 110.38 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -9.85583 32.1683 10708 58265 -9.96735 31.0590 10708 58270 -9.87873 28.8588 10708 58273 -9.90874 11.5012 10709 58266 -9.89431 24.7143 10709 58271 -9.77046 29.9787 10709 58294 -9.95470 24.3546 10709 58297 -10.0242 28.2577
2M16083165-5939576 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 166.41 VSCATTER= 1.64 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -79.0936 48.7447 9826 57974 -80.9629 71.5711 9826 58351 -77.6915 80.0764
2M16083244-5910532 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR SNR= 94.27 VSCATTER= 0.19 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 10.4374 26.9523 10708 58265 10.4177 26.8067 10708 58270 10.6894 4.87683 10708 58273 10.2715 13.7722 10709 58266 10.5064 20.5860 10709 58271 10.4503 27.1781 10709 58294 10.1968 3.96596 10709 58297 10.1109 7.17174 9826 57913 10.5113 12.8750 9826 57974 10.3895 25.5455 9826 58351 10.7218 23.4019
2M16083258-5923565 (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= 156.31 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -42.4486 62.9161 10708 58265 -42.4697 74.1740 10708 58270 -42.4909 43.1831 10708 58273 -42.5397 29.2317
2M16083278-6018216 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 146.20 VSCATTER= 0.13 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -91.5686 41.4456 10709 58271 -91.3059 66.8868 10709 58294 -91.3344 51.9776 10709 58297 -91.5243 45.5247
2M16083434-5935406 (RV template + CCFs) ( SIMBAD ) H= 11.07 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 195.76 VSCATTER= 0.18 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 62.7122 74.4616 10708 58265 62.3876 80.8750 10708 58270 62.3691 79.1649 10708 58273 62.3064 39.3309
2M16083461-6004232 (RV template + CCFs) ( SIMBAD ) H= 11.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 64.42 VSCATTER= 0.20 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 999999. 16.5809 10709 58271 54.5494 23.5690 10709 58294 54.9462 25.8406 10709 58297 54.8227 28.6370
2M16083473-5915568 (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= 147.53 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 0.451096 62.8852 10708 58265 0.382271 55.9730 10708 58270 0.305474 49.4134 10708 58273 0.352711 34.1555
2M16083599-5935336 (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= 80.57 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -6.96827 19.5121 9826 57974 -6.70069 35.7155 9826 58351 -6.87885 38.6184
2M16083650-5904019 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.68 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 12.0576 19.0876 9826 57974 12.0393 40.3396 9826 58351 12.0898 34.1189
2M16083676-5908417 (RV template + CCFs) ( SIMBAD ) H= 10.82 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 182.21 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -132.238 76.3738 10708 58265 -132.338 65.2438 10708 58270 -132.333 70.3087 10708 58273 -132.351 42.4759
2M16083677-5938509 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 117.84 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -26.0675 34.7746 10708 58265 -26.1172 34.9748 10708 58270 -26.0072 31.7174 10708 58273 -26.0771 15.9951 10709 58266 -25.9911 27.6997 10709 58271 -26.0570 30.7484 10709 58294 -26.0841 25.4350 10709 58297 -26.0669 24.8366
2M16083899-6015241 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 136.67 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -7.35457 30.7244 10708 58265 -7.44048 37.1460 10708 58270 -7.28830 39.0253 10708 58273 -7.26271 19.9099 10709 58266 -7.32779 35.5912 10709 58271 -7.39355 40.5335 10709 58294 -7.30743 28.8924 10709 58297 -7.37708 35.5788
2M16084109-5939050 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.01 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -178.144 22.2467 9826 57974 -178.288 37.8613 9826 58351 -178.141 37.0149
2M16084287-5926063 (RV template + CCFs) ( SIMBAD ) H= 11.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 183.16 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -51.9541 60.0739 10709 58271 -51.9078 80.5571 10709 58294 -51.9072 56.7986 10709 58297 -51.9595 61.7572
2M16084455-5934208 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.11 VSCATTER= 0.03 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -117.480 15.3230 9826 57974 -117.506 28.2697 9826 58351 -117.455 30.5414
2M16084530-5904414 (RV template + CCFs) ( SIMBAD ) H= 11.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 103.97 VSCATTER= 0.18 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 76.4245 38.2912 9826 57974 76.0710 43.1075 9826 58351 76.3197 44.2349
2M16084554-5921146 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 192.87 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -76.5757 58.8227 9826 57974 -76.4811 86.8298 9826 58351 -76.5331 86.8963
2M16084619-5953522 (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= 107.16 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -47.4155 45.0729 10708 58265 -47.3422 44.1491 10708 58270 -47.4809 35.8301 10708 58273 -47.5686 22.9201
2M16084689-6010140 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 131.29 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 -81.8438 37.4176 10708 58265 -81.7935 30.0451 10708 58270 -81.6550 37.1828 10708 58273 -81.7868 19.0858 10709 58266 -81.7711 31.0928 10709 58271 -81.7563 36.2334 10709 58294 -81.7776 26.9549 10709 58297 -82.1045 33.9392
2M16084767-5919500 (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= 279.97 VSCATTER= 2.26 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -51.8522 69.8694 10709 58271 -52.0080 84.2007 10709 58294 -53.4561 58.7199 10709 58297 -53.5514 73.5245 9826 57913 -57.2330 48.5098 9826 57974 -52.4878 85.4792 9826 58351 -56.9647 99.9437
2M16084823-5911102 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 130.09 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -8.82464 39.3264 10708 58265 -8.98147 35.8378 10708 58270 -8.80541 30.7433 10708 58273 -8.86763 21.0367 10709 58266 -8.89976 32.5974 10709 58271 -8.96624 35.1089 10709 58294 -8.92513 23.1326 10709 58297 -8.86226 33.8711
2M16085199-5923584 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.70 VSCATTER= 0.19 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 74.8246 24.2529 9826 57974 75.0291 40.0750 9826 58351 74.6486 37.5116
2M16085250-6016477 (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= 224.45 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -68.6889 76.0448 10709 58271 -68.6778 88.4315 10709 58294 -68.6775 76.1926 10709 58297 -68.7791 81.0031
2M16085311-6000235 (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= 236.95 VSCATTER= 0.01 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 64.9851 93.0792 10708 58265 65.0019 103.956 10708 58270 65.0066 93.5192 10708 58273 64.9884 47.5021
2M16085399-5952213 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 163.46 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 28.5128 67.4548 10708 58265 28.5026 69.5683 10708 58270 28.5054 55.4376 10708 58273 28.6195 37.3977
2M16085532-5923318 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 97.10 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -95.9769 19.6636 10708 58265 -96.1900 31.1123 10708 58270 -96.0727 23.4175 10708 58273 -96.2497 12.4548 10709 58266 -96.0867 24.4018 10709 58271 -96.1491 26.7968 10709 58294 -96.0213 19.7468 10709 58297 -95.9707 25.3642
2M16085534-5949068 (RV template + CCFs) ( SIMBAD ) H= 11.91 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 90.76 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 17.6317 28.8807 10709 58271 17.4677 32.1874 10709 58294 17.7985 31.3114 10709 58297 17.5360 33.8781
2M16085562-5918511 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.74 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -48.1993 33.2378 10708 58265 -48.6248 9.40169 10708 58270 -48.1104 20.7338 10708 58273 -48.3358 15.7452 10709 58266 -48.1868 24.9673 10709 58271 -48.2658 9.39167 10709 58294 -48.2978 16.7947 10709 58297 -48.1570 25.9352
2M16085877-5913333 (RV template + CCFs) ( SIMBAD ) H= 10.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 226.13 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -93.0224 90.9351 10708 58265 -93.1095 98.1213 10708 58270 -93.0566 72.5245 10708 58273 -93.0824 51.3563
2M16090206-6023422 (RV template + CCFs) ( SIMBAD ) H= 11.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 142.82 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -24.2431 51.4441 10709 58271 -24.1689 54.6037 10709 58294 -24.1073 38.9036 10709 58297 -24.1541 53.8762
2M16090256-6005474 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 73.83 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -75.2547 21.3205 9826 57974 -75.6506 34.9856 9826 58351 -75.5003 31.9242
2M16090273-5938355 (RV template + CCFs) ( SIMBAD ) H= 12.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 114.18 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -28.8027 43.5564 10708 58265 -28.6941 46.7526 10708 58270 -28.5671 42.2021 10708 58273 -28.7930 22.4367
2M16090370-5951039 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 120.65 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -72.8717 37.9861 10708 58265 -72.9538 39.6592 10708 58270 -73.0192 26.6557 10708 58273 -73.0285 19.9979 10709 58266 -72.9296 26.9876 10709 58271 -73.1195 32.3021 10709 58294 -73.1016 23.5648 10709 58297 -72.9294 28.5056
2M16090522-6027517 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 111.72 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 41.7363 30.0497 10708 58265 41.7188 30.0518 10708 58270 41.6507 28.6971 10708 58273 41.6429 13.1588 10709 58266 41.7303 28.8653 10709 58271 41.6182 35.0679 10709 58294 41.5595 19.0283 10709 58297 41.5012 26.5453
2M16090661-5934111 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 117.50 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -3.07787 33.8344 10708 58265 -3.09818 35.1999 10708 58270 -3.12556 27.8000 10708 58273 -3.21489 17.9967 10709 58266 -3.08142 27.1336 10709 58271 -3.12797 31.6256 10709 58294 -3.12881 26.3410 10709 58297 -3.24615 27.2820
2M16090776-6008076 (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 SNR= 141.42 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 0.967410 59.0002 10708 58265 0.878181 58.6539 10708 58270 0.906869 50.6388 10708 58273 0.956941 29.3840
2M16090872-6014567 (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= 324.98 VSCATTER= 0.11 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 150.036 81.6973 10708 58265 150.035 91.7823 10708 58270 150.218 98.7898 10708 58273 150.279 46.6549 9826 57913 150.174 70.1066 9826 57974 150.340 117.980 9826 58351 150.163 104.826
2M16090875-5943572 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.32 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -24.5799 24.7053 10708 58265 -24.4067 11.7707 10708 58270 -24.4743 17.2826 10708 58273 -24.5212 14.1072 10709 58266 -24.5057 18.2637 10709 58271 -24.5605 20.4197 10709 58294 -24.6274 20.2863 10709 58297 -24.5143 27.0718
2M16090929-6006217 (RV template + CCFs) ( SIMBAD ) H= 11.07 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 220.20 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -8.04364 89.9304 10708 58265 -7.96054 92.0418 10708 58270 -8.00419 83.4395 10708 58273 -8.00487 45.1138
2M16091312-5910514 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 129.83 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -94.6825 38.6783 10708 58265 -94.8576 34.5918 10708 58270 -94.8284 32.9857 10708 58273 -94.8405 22.9481 10709 58266 -94.7889 29.1973 10709 58271 -94.8072 35.6959 10709 58294 -94.7330 28.3207 10709 58297 -94.8290 29.2366
2M16091400-5952027 (RV template + CCFs) ( SIMBAD ) H= 11.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 120.10 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -32.1739 35.7099 9826 57974 -32.2766 55.1078 9826 58351 -32.3214 52.7509
2M16091693-5928033 (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= 109.37 VSCATTER= 3.88 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -25.2707 27.7712 9826 57974 -27.6915 54.5474 9826 58351 -32.8660 45.9126
2M16091971-5949128 (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= 318.30 VSCATTER= 0.17 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -85.6382 91.6597 9826 57974 -85.9777 150.446 9826 58351 -85.8342 145.774
2M16092245-5923030 (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= 203.86 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -33.5055 68.2027 10709 58271 -33.6124 82.3046 10709 58294 -33.5556 61.1119 10709 58297 -33.5105 75.7469
2M16092278-5943074 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 113.26 VSCATTER= 0.18 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -58.0000 33.1070 10708 58265 -58.1941 34.9903 10708 58270 -58.0823 33.1369 10708 58273 -58.4321 16.3827 10709 58266 -58.0449 26.2538 10709 58271 -58.2197 30.5154 10709 58294 -58.4898 12.9270 10709 58297 -58.0851 26.3975
2M16092314-6014466 (RV template + CCFs) ( SIMBAD ) H= 10.05 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 314.91 VSCATTER= 0.23 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 -20.8759 99.3302 9826 57974 -20.5613 150.887 9826 58351 -20.9975 144.411
2M16092424-5905564 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 125.57 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -4.93054 37.1278 10708 58265 -5.01876 37.9576 10708 58270 -5.05514 32.7638 10708 58273 -5.22355 20.5197 10709 58266 -5.11340 25.5442 10709 58271 -5.05583 36.7253 10709 58294 -5.01388 19.3860 10709 58297 -5.03006 29.9416
2M16092831-5951215 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 143.86 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -88.5102 36.2891 10708 58265 -88.6207 37.3162 10708 58270 -88.6690 28.1979 10708 58273 -88.6311 21.1637 10709 58266 -88.6175 25.0370 10709 58271 -88.7306 35.6121 10709 58294 -88.6142 23.4828 10709 58297 -88.5858 27.3981 9826 57913 -88.5584 22.0475 9826 57974 -88.8168 35.5298 9826 58351 -88.6233 36.6378
2M16092945-5916286 (RV template + CCFs) ( SIMBAD ) H= 9.41 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 749.57 VSCATTER= 6.59 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -10.3671 186.947 10708 58265 -15.0510 177.541 10708 58270 -18.0866 155.213 10708 58273 -7.11278 96.9665 10709 58266 -9.93964 138.518 10709 58271 -9.79937 157.890 10709 58294 -7.95253 123.082 10709 58297 -28.4661 143.907 9826 57913 -13.7424 140.015 9826 57974 -9.06318 211.432 9826 58351 -4.67075 177.509
2M16093036-5928351 (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= 253.54 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 34.7259 83.6572 10709 58271 34.7282 106.587 10709 58294 34.6869 81.1796 10709 58297 34.7178 88.2322
2M16093128-5912453 (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= 146.10 VSCATTER= 0.12 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 -74.4186 56.3057 10708 58265 -74.5579 64.1227 10708 58270 -74.7113 48.5670 10708 58273 -74.5514 32.4730
2M16093201-5959536 (RV template + CCFs) ( SIMBAD ) H= 11.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 140.16 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -106.608 50.9700 10708 58265 -106.717 59.6102 10708 58270 -106.669 59.1798 10708 58273 -106.660 29.5002
2M16093228-5936363 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 148.29 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -60.1417 33.4261 10708 58265 -60.3895 34.3762 10708 58270 -60.0599 32.6185 10708 58273 -60.2741 16.0541 10709 58266 -60.2529 29.1138 10709 58271 -60.2164 34.4697 10709 58294 -60.1937 22.2961 10709 58297 -60.2781 32.6375 9826 57913 -60.2221 22.6160 9826 57974 -60.3413 39.9928 9826 58351 -60.3421 34.3687
2M16093301-5912029 (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= 106.54 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 21.5178 37.4941 10709 58271 21.3763 42.7546 10709 58294 21.3484 24.3672 10709 58297 21.5420 39.9857
2M16093482-5938025 (RV template + CCFs) ( SIMBAD ) H= 10.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 408.81 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 8.66288 94.1953 10709 58271 8.59424 106.706 10709 58294 8.52309 92.6466 10709 58297 8.54065 97.0285 9826 57913 8.51734 80.6241 9826 57974 8.41152 144.459 9826 58351 8.65345 144.512
2M16093487-5926207 (RV template + CCFs) ( SIMBAD ) H= 11.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 121.38 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -68.0182 41.6977 10709 58271 -67.9676 45.7560 10709 58294 -68.1138 36.3896 10709 58297 -68.1691 45.3958
2M16093517-5931018 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.21 VSCATTER= 0.78 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 24.7285 17.6547 9826 57974 23.3722 30.7400 9826 58351 24.7099 34.8781
2M16093776-6012426 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 223.13 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -73.9980 66.6470 9826 57974 -74.0907 106.554 9826 58351 -74.0579 102.543
2M16093881-5912121 (RV template + CCFs) ( SIMBAD ) H= 11.89 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 120.09 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -33.6897 39.6594 9826 57974 -33.7861 58.6485 9826 58351 -33.6885 46.1640
2M16094162-5920195 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.94 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 85.9487 24.6508 10708 58265 85.8990 23.0534 10708 58270 85.8741 12.1917 10708 58273 85.6066 11.0490 10709 58266 85.8812 24.0550 10709 58271 85.9454 26.3593 10709 58294 85.5657 13.9017 10709 58297 85.7225 21.6992 9826 57913 85.7312 16.3353 9826 57974 85.5711 30.1807 9826 58351 85.7129 28.0113
2M16094251-6017120 (RV template + CCFs) ( SIMBAD ) H= 9.69 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 701.46 VSCATTER= 5.79 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10708 58238 -4.14958 164.783 10708 58265 3.29976 154.451 10708 58270 2.12889 172.181 10708 58273 2.45507 82.5005 10709 58266 2.38681 138.052 10709 58271 8.37903 160.132 10709 58294 -1.79920 118.914 10709 58297 -1.59049 142.514 9826 57913 -12.5946 118.337 9826 57974 6.27941 175.393 9826 58351 -4.14369 176.076
2M16094258-5941598 (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= 176.94 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -124.484 59.2973 10709 58271 -124.754 68.9769 10709 58294 -124.640 57.8638 10709 58297 -124.519 65.8621
2M16094300-5915217 (RV template + CCFs) ( SIMBAD ) H= 11.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 123.93 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -20.7833 45.8529 10708 58265 -20.8291 55.7235 10708 58270 -20.8667 37.7461 10708 58273 -20.8913 28.6756
2M16094331-6004343 (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= 230.35 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -40.9769 91.0452 10708 58265 -40.9320 98.8483 10708 58270 -40.8669 89.0761 10708 58273 -40.8514 49.4537
2M16094405-6021089 (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= 125.90 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 63.8586 36.4594 9826 57974 63.8229 58.2330 9826 58351 63.8637 57.6530
2M16094745-5931476 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 115.46 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -85.0542 31.4864 10708 58265 -85.2683 32.8875 10708 58270 -85.1955 28.9560 10708 58273 -85.3877 19.5535 10709 58266 -85.3163 26.6290 10709 58271 -85.2670 28.8968 10709 58294 -85.3140 24.9136 10709 58297 -85.0538 28.9059
2M16094835-5934482 (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= 155.96 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -84.9019 56.2127 10708 58265 -84.8474 66.9267 10708 58270 -84.9153 55.0613 10708 58273 -84.8962 36.9996
2M16094871-5914264 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 63.85 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -57.8116 19.5463 9826 57974 -57.6929 30.5460 9826 58351 -57.8308 24.6697
2M16094935-5956377 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.29 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -13.8456 23.8732 9826 57974 -13.7802 38.8168 9826 58351 -14.0118 41.0221
2M16094953-6027297 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 110.83 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -8.28290 32.2235 10708 58265 -8.59281 33.7489 10708 58270 -8.23166 29.1201 10708 58273 -8.61895 15.2640 10709 58266 -8.33563 24.5147 10709 58271 -8.49537 25.9822 10709 58294 -8.51229 22.4423 10709 58297 -8.24360 28.8617
2M16094976-5937221 (RV template + CCFs) ( SIMBAD ) H= 11.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 126.89 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 13.7194 41.1914 10708 58265 13.7808 58.1859 10708 58270 13.7593 47.4218 10708 58273 13.7471 20.6551
2M16095200-5954097 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 138.04 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -59.5042 27.2636 10708 58265 -59.8417 28.0874 10708 58270 -59.7233 31.1939 10708 58273 -60.0132 12.1838 10709 58266 -59.8199 28.5462 10709 58271 -59.8010 32.8818 10709 58294 -59.7098 22.1743 10709 58297 -59.7869 23.2760 9826 57913 -59.6958 23.5967 9826 57974 -59.9052 38.7262 9826 58351 -60.0520 41.0129
2M16095426-6001135 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 113.31 VSCATTER= 0.20 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -121.013 31.0839 10708 58265 -120.903 28.6976 10708 58270 -120.575 27.3610 10708 58273 -120.827 15.0005 10709 58266 -120.702 21.0731 10709 58271 -120.583 25.4134 10709 58294 -120.479 17.6596 10709 58297 -121.159 16.0701 9826 57913 -120.837 13.3141 9826 57974 -120.900 33.3122 9826 58351 -120.711 23.9860
2M16095462-5927178 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 102.82 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 27.2013 43.2497 10708 58265 26.9959 40.6380 10708 58270 26.8395 33.0440 10708 58273 26.9813 21.8108
2M16095614-5947180 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.95 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -2.75318 18.5802 9826 57974 -2.82812 36.6284 9826 58351 -2.93946 31.7830
2M16095637-5924079 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 86.14 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -29.8953 22.9448 9826 57974 -29.7294 42.0839 9826 58351 -29.6822 35.8994
2M16095637-5956414 (RV template + CCFs) ( SIMBAD ) H= 9.87 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 630.78 VSCATTER= 10.94 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 -37.6301 138.263 10708 58265 -41.1280 141.457 10708 58270 -40.0535 144.171 10708 58273 -36.2456 75.5384 10709 58266 -31.7414 125.483 10709 58271 -20.1300 150.886 10709 58294 -27.7518 108.670 10709 58297 -6.94108 113.364 9826 57913 -14.4019 110.988 9826 57974 -30.2927 161.694 9826 58351 -24.9100 171.482
2M16095756-5942263 (RV template + CCFs) ( SIMBAD ) H= 10.96 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 200.25 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -7.28206 71.6310 10708 58265 -7.23749 89.5796 10708 58270 -7.34547 72.3630 10708 58273 -7.36042 40.6009
2M16095795-5943367 (RV template + CCFs) ( SIMBAD ) H= 11.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 147.71 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -7.35633 62.3676 10708 58265 -7.42448 58.7604 10708 58270 -7.54407 51.0756 10708 58273 -7.43932 27.6079
2M16100122-5952365 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.55 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -74.6273 27.3325 10708 58265 -74.4050 28.8699 10708 58270 -74.6235 26.9020 10708 58273 -74.7445 15.4103 10709 58266 -74.5282 28.9482 10709 58271 -74.5818 29.8070 10709 58294 -74.5680 20.1796 10709 58297 -74.6209 24.3559
2M16100211-6016365 (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= 116.86 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -103.915 44.3579 10708 58265 -104.142 48.4743 10708 58270 -104.128 40.1180 10708 58273 -104.243 26.4938
2M16100225-6027043 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.19 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -96.4861 30.2670 10708 58265 -96.3860 32.3905 10708 58270 -96.4827 31.9176 10708 58273 -96.4994 17.2913 10709 58266 -96.4650 21.2098 10709 58271 -96.4109 27.1399 10709 58294 -96.5562 20.7137 10709 58297 -96.6989 23.6683
2M16100235-6005272 (RV template + CCFs) ( SIMBAD ) H= 10.17 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 558.76 VSCATTER= 5.81 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10708 58238 -18.5214 130.933 10708 58265 -35.9983 123.117 10708 58270 -25.5728 128.727 10708 58273 -25.4483 67.9513 10709 58266 -34.3613 105.987 10709 58271 -28.2754 126.835 10709 58294 -24.5383 92.9108 10709 58297 -35.7320 102.050 9826 57913 -26.2213 101.500 9826 57974 -36.2043 146.859 9826 58351 -29.5409 146.453
2M16100437-5954156 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.07 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 999999. 26.1493 9826 57974 -136.475 38.1429 9826 58351 -136.560 44.1857
2M16100648-5934371 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.22 VSCATTER= 0.12 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -59.6132 28.0925 9826 57974 -59.4776 41.6638 9826 58351 -59.3800 35.8265
2M16100698-5907424 (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= 125.62 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 27.0272 41.5233 9826 57974 27.0400 53.4918 9826 58351 26.9312 56.2136
2M16101119-6008555 (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= 114.11 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -43.7394 32.5035 10708 58265 -43.7187 27.6437 10708 58270 -43.8104 27.3853 10708 58273 -43.9642 18.8288 10709 58266 -43.6206 30.2700 10709 58271 -43.7624 35.7208 10709 58294 -43.6731 21.4465 10709 58297 -43.8301 24.4904
2M16101121-6004259 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.42 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -58.3756 23.3587 9826 57974 -58.4000 43.2842 9826 58351 -58.2925 38.8198
2M16101184-5917129 (RV template + CCFs) ( SIMBAD ) H= 11.80 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 109.43 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58271 -10.3079 52.6253 10709 58294 -10.1812 34.2706 10709 58297 -10.2347 44.3669
2M16101326-6012575 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 115.76 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -0.594859 20.3982 10708 58265 -0.858323 20.4852 10708 58270 -0.892808 25.9101 10708 58273 -0.860363 10.7077 10709 58266 -0.830390 27.1254 10709 58271 -0.918972 31.2434 10709 58294 -0.854266 17.6531 10709 58297 -0.686814 24.6039 9826 57913 -0.713570 24.6539 9826 57974 -0.668804 26.1757 9826 58351 -0.924810 29.1499
2M16101347-5950387 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.86 VSCATTER= 2.13 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -116.693 19.7395 9826 57974 -116.518 35.1546 9826 58351 -112.923 32.0813
2M16101350-5909303 (RV template + CCFs) ( SIMBAD ) H= 11.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 140.08 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -66.7872 43.0955 9826 57974 -66.8051 63.3789 9826 58351 -66.8097 60.8815
2M16101353-6000112 (RV template + CCFs) ( SIMBAD ) H= 11.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 145.81 VSCATTER= 0.61 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -40.4403 39.6427 9826 57974 -39.8457 73.7003 9826 58351 -39.2140 61.1459
2M16101486-5858423 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 58.70 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -67.6161 20.0755 9826 57974 -67.5260 25.5167 9826 58351 -67.5230 23.9809
2M16101509-5955447 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 226.16 VSCATTER= 0.17 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 86.2952 72.7577 9826 57974 85.9707 107.800 9826 58351 86.2405 102.235
2M16101523-5901231 (RV template + CCFs) ( SIMBAD ) H= 8.77 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 985.91 VSCATTER= 1.60 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 33.3754 242.928 10708 58265 34.8707 248.611 10708 58270 36.1579 192.672 10708 58273 36.4403 125.492 10709 58266 33.3383 198.145 10709 58271 34.9542 236.847 10709 58294 36.3459 171.020 10709 58297 33.9606 208.618 9826 57913 34.0128 178.073 9826 57974 31.2758 238.957 9826 58351 33.0192 219.451
2M16101584-5926477 (RV template + CCFs) ( SIMBAD ) H= 12.21 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.90 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -121.118 23.7116 9826 57974 -121.021 43.5349 9826 58351 -121.040 42.4415
2M16101621-5900223 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 85.80 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -101.147 23.9007 9826 57974 -101.177 36.7958 9826 58351 -101.146 40.2753
2M16101774-6008507 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.92 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -120.224 24.2841 9826 57974 -119.941 39.4535 9826 58351 -119.866 40.7901
2M16101933-6019541 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 112.00 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -87.8380 29.1492 10708 58265 -87.9504 33.8765 10708 58270 -87.7202 31.9019 10708 58273 -87.7596 17.3177 10709 58266 -87.6713 24.3830 10709 58271 -87.9036 28.2001 10709 58294 -87.8743 24.5651 10709 58297 -87.5873 25.2861
2M16101977-5911049 (RV template + CCFs) ( SIMBAD ) H= 11.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.06 VSCATTER= 0.06 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -71.5191 43.1689 9826 57974 -71.6119 57.0763 9826 58351 -71.6285 47.4318
2M16101978-6006007 (RV template + CCFs) ( SIMBAD ) H= 10.00 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 319.04 VSCATTER= 0.07 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 -158.062 120.456 10709 58271 -158.209 133.408 10709 58294 -158.104 94.3091 10709 58297 -158.058 107.675
2M16102032-6027253 (RV template + CCFs) ( SIMBAD ) H= 10.16 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 471.46 VSCATTER= 8.24 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10708 58238 -23.7216 132.021 10708 58265 -13.8760 128.935 10708 58270 -8.71160 135.465 10708 58273 -15.8731 73.0292 10709 58266 -8.42477 106.100 10709 58271 -12.8221 127.691 10709 58294 -32.2476 100.174 10709 58297 -10.7652 114.534
2M16102161-5952256 (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= 258.03 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -13.5674 84.8777 9826 57974 -13.7712 111.431 9826 58351 -13.5425 124.018
2M16102207-5912123 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.17 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -58.2945 21.1241 9826 57974 -58.3277 28.9263 9826 58351 -58.3160 31.2706
2M16102446-5950547 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.12 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -66.3562 19.6046 9826 57974 -66.3383 37.7089 9826 58351 -66.4255 32.3520
2M16102473-5913317 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.08 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -57.6899 27.2052 9826 57974 -57.6144 38.7424 9826 58351 -57.7654 28.1788
2M16102605-6013353 (RV template + CCFs) ( SIMBAD ) H= 10.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 277.14 VSCATTER= 0.29 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 79.0035 88.8065 9826 57974 78.4313 126.675 9826 58351 78.6367 129.685
2M16102733-5934304 (RV template + CCFs) ( SIMBAD ) H= 10.84 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 196.51 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -39.1888 63.7764 9826 57974 -39.2129 89.6667 9826 58351 -39.4428 84.9321
2M16102743-5949263 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 114.20 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -47.0979 26.8035 10708 58265 -47.1801 30.6043 10708 58270 -47.0050 31.3648 10708 58273 -46.9823 16.8122 10709 58266 -46.9886 31.1422 10709 58271 -46.9975 33.4970 10709 58294 -47.0065 22.9551 10709 58297 -47.0826 25.9583
2M16102820-5935011 (RV template + CCFs) ( SIMBAD ) H= 11.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 149.70 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -64.3993 60.6066 10708 58265 -64.4454 55.5741 10708 58270 -64.4417 57.9835 10708 58273 -64.5232 31.6272
2M16102897-5931085 (RV template + CCFs) ( SIMBAD ) H= 10.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 266.01 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -23.3995 103.133 10708 58265 -23.4235 107.730 10708 58270 -23.3778 105.136 10708 58273 -23.4570 58.5561
2M16102905-6017498 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 152.34 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -100.717 42.2097 10708 58265 -100.774 43.3892 10708 58270 -100.829 44.2700 10708 58273 -100.862 23.4905 10709 58266 -100.644 34.4126 10709 58271 -100.857 43.0588 10709 58294 -100.693 29.2176 10709 58297 -100.710 35.5550
2M16103050-6021582 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 110.96 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -82.4105 31.3698 10708 58265 -82.4495 33.0011 10708 58270 -82.4628 30.6671 10708 58273 -82.2226 18.4289 10709 58266 -82.2886 23.2536 10709 58271 -82.2341 28.7048 10709 58294 -82.5646 22.2232 10709 58297 -82.3895 25.0007
2M16103077-5925267 (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= 107.46 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -19.9360 36.0448 10709 58271 -19.7577 45.1130 10709 58294 -19.9156 29.1679 10709 58297 -19.8809 38.0008
2M16103261-5951502 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 153.41 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -10.7274 34.1503 10708 58265 -10.5105 37.5571 10708 58270 -10.5915 36.3716 10708 58273 -10.9274 20.1055 10709 58266 -10.7200 31.0969 10709 58271 -10.6188 40.1735 10709 58294 -10.5275 26.1472 10709 58297 -10.5484 28.8240 9826 57913 -10.7330 20.3081 9826 57974 -10.8030 36.9430 9826 58351 -10.9332 33.7069
2M16103724-6017414 (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= 223.24 VSCATTER= 0.11 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 29.3148 77.6303 10709 58271 29.0867 103.249 10709 58294 29.1650 67.2801 10709 58297 29.2833 70.0910
2M16104024-5937067 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 150.75 VSCATTER= 0.65 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -102.503 39.0047 10708 58265 -102.550 28.4759 10708 58270 -102.771 31.3741 10708 58273 -102.629 21.4141 10709 58266 -102.619 29.5961 10709 58271 -102.613 32.8490 10709 58294 -102.622 23.0786 10709 58297 -102.584 26.0523 9826 57913 -104.317 25.6491 9826 57974 -104.110 43.1503 9826 58351 -103.136 37.5284
2M16104069-5910543 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.29 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -75.8999 27.5267 9826 57974 -76.0064 41.0425 9826 58351 -75.8906 29.1894
2M16104158-5907161 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 110.02 VSCATTER= 0.54 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 56.4313 39.6762 10709 58271 56.5817 43.5635 10709 58294 57.2715 32.7276 10709 58297 57.5468 36.3693
2M16104245-6024449 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 104.05 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -35.7687 29.2450 10708 58265 -35.6988 26.0211 10708 58270 -35.6725 27.5895 10708 58273 -35.9101 14.8682 10709 58266 -36.0095 24.3057 10709 58271 -35.6961 29.7426 10709 58294 -35.6580 21.0611 10709 58297 -35.9840 26.6607
2M16104264-5924467 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.63 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -143.060 19.5529 9826 57974 -143.118 31.5121 9826 58351 -143.065 27.9647
2M16104714-5916013 (RV template + CCFs) ( SIMBAD ) H= 10.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 286.54 VSCATTER= 0.11 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -23.4459 116.420 10708 58265 -23.4738 120.112 10708 58270 -23.6491 107.568 10708 58273 -23.6573 56.1925
2M16104732-5859351 (RV template + CCFs) ( SIMBAD ) H= 11.99 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 104.41 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -23.3118 31.5687 9826 57974 -23.2222 54.5287 9826 58351 -23.1413 36.7886
2M16104776-5903279 (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= 174.32 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -67.9695 63.2248 9826 57974 -68.0336 81.4640 9826 58351 -67.9841 66.3894
2M16104838-6020317 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 117.94 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -38.7220 28.0482 10708 58265 -38.6203 32.0761 10708 58270 -38.5473 29.8919 10708 58273 -38.7939 16.5771 10709 58266 -38.6591 22.3358 10709 58271 -38.5188 24.5797 10709 58294 -38.7251 17.9793 10709 58297 -38.7387 21.6636 9826 57913 -38.5871 16.1965 9826 57974 -38.2208 25.9951 9826 58351 -38.6030 27.6293
2M16104877-5934226 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.63 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 12.5250 20.2607 9826 57974 12.3116 38.5841 9826 58351 12.3102 36.0882
2M16104930-5929233 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 202.82 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -106.682 83.6505 10708 58265 -106.907 78.2691 10708 58270 -106.931 73.5395 10708 58273 -106.862 44.0476
2M16104942-5911537 (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= 97.36 VSCATTER= 0.27 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -107.956 24.2959 10708 58265 -108.247 29.2892 10708 58270 -108.566 17.3028 10708 58273 -108.681 16.4541 10709 58266 -108.214 26.0379 10709 58271 -108.386 26.5245 10709 58294 -108.587 18.6329 10709 58297 -108.033 26.1962
2M16105089-5940285 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 146.63 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -31.1507 44.6336 10708 58265 -31.2029 44.0715 10708 58270 -31.1924 38.3315 10708 58273 -31.2995 21.1664 10709 58266 -31.1817 34.6194 10709 58271 -31.2245 36.3530 10709 58294 -31.3818 30.0909 10709 58297 -31.3213 34.1704
2M16105091-6027333 (RV template + CCFs) ( SIMBAD ) H= 10.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 244.03 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -52.6977 97.8025 10708 58265 -52.7316 94.5255 10708 58270 -52.7620 94.6133 10708 58273 -52.8178 53.7804
2M16105176-5958582 (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= 111.85 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -67.3095 29.1341 9826 57974 -67.1665 56.2551 9826 58351 -67.3111 47.1753
2M16105207-5926557 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 131.32 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -113.308 43.1343 10708 58265 -113.365 38.0505 10708 58270 -113.433 28.8005 10708 58273 -113.389 20.7961 10709 58266 -113.445 31.5774 10709 58271 -113.385 32.6459 10709 58294 -113.457 23.0232 10709 58297 -113.640 32.5529
2M16105223-6024278 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 142.81 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 6.56522 37.3324 10708 58265 6.42847 42.6916 10708 58270 6.45626 41.3113 10708 58273 6.55185 23.1413 10709 58266 6.39180 33.6588 10709 58271 6.24085 37.8523 10709 58294 6.24594 27.9554 10709 58297 6.25511 35.2767
2M16105236-6008515 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.70 VSCATTER= 2.84 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -85.0284 22.0122 9826 57974 -88.8088 42.2700 9826 58351 -83.2561 37.9423
2M16105409-6016150 (RV template + CCFs) ( SIMBAD ) H= 12.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 153.96 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 60.7181 41.1802 10708 58265 60.7468 44.0803 10708 58270 60.6504 43.9477 10708 58273 60.7806 22.0752 10709 58266 60.7794 37.5759 10709 58271 60.7223 43.8976 10709 58294 60.9104 32.0685 10709 58297 60.5885 38.5141
2M16105420-5910365 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 99.62 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -17.3443 26.8475 10708 58265 -17.4892 30.1527 10708 58270 -17.5903 19.7249 10708 58273 -17.6562 16.5492 10709 58266 -17.6006 26.6222 10709 58271 -17.4185 30.0242 10709 58294 -17.5953 18.4756 10709 58297 -17.6454 22.8651
2M16105442-5911054 (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= 110.06 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -105.430 32.6081 9826 57974 -105.345 51.1942 9826 58351 -105.467 47.1062
2M16105573-5932475 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 139.21 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -97.0646 40.2675 10708 58265 -97.0695 36.9051 10708 58270 -96.9681 36.0059 10708 58273 -97.0886 23.4359 10709 58266 -97.0661 33.3849 10709 58271 -97.1267 37.4123 10709 58294 -97.0173 25.4647 10709 58297 -96.9376 36.2654
2M16105822-5958497 (RV template + CCFs) ( SIMBAD ) H= 10.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 238.86 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -85.6563 85.4368 10709 58271 -85.7056 102.095 10709 58294 -85.6658 74.2635 10709 58297 -85.7541 77.1738
2M16105977-6029323 (RV template + CCFs) ( SIMBAD ) H= 10.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 280.20 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 9.75033 94.4981 10709 58271 9.73633 115.432 10709 58294 9.73830 86.2491 10709 58297 9.77905 101.295
2M16110293-5911403 (RV template + CCFs) ( SIMBAD ) H= 11.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 157.03 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -13.1983 57.0881 10709 58271 -13.1782 64.8128 10709 58294 -13.1314 48.8716 10709 58297 -13.1832 49.0223
2M16110364-5954492 (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= 112.29 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -3.27389 44.5987 10708 58265 -3.34203 44.9376 10708 58270 -3.28239 38.5544 10708 58273 -3.20286 24.6233
2M16110412-5859432 (RV template + CCFs) ( SIMBAD ) H= 11.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 158.70 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -22.9536 52.7027 9826 57974 -22.8728 77.4249 9826 58351 -22.9205 61.5061
2M16110455-5906418 (RV template + CCFs) ( SIMBAD ) H= 11.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 135.46 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 9.99698 50.8626 10709 58271 10.0632 52.0830 10709 58294 9.94665 52.4332 10709 58297 10.1374 32.8632
2M16110652-6012163 (RV template + CCFs) ( SIMBAD ) H= 11.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 144.17 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -3.00190 42.9722 9826 57974 -3.08792 66.6985 9826 58351 -2.99169 65.6407
2M16110668-6010342 (RV template + CCFs) ( SIMBAD ) H= 10.82 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 230.76 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -91.9122 92.8472 10708 58265 -91.9095 91.3262 10708 58270 -91.7701 91.6795 10708 58273 -91.8379 45.3904
2M16110849-5937118 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.09 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -40.5531 22.0323 9826 57974 -40.5424 34.1833 9826 58351 -40.5647 30.7242
2M16111013-6000524 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.04 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -64.5134 23.7375 9826 57974 -64.5410 40.6081 9826 58351 -64.7178 35.9534
2M16111086-5935101 (RV template + CCFs) ( SIMBAD ) H= 10.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 253.65 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -21.6491 82.5421 10709 58271 -21.6315 106.169 10709 58294 -21.6821 83.9277 10709 58297 -21.6225 87.3074
2M16111179-5859341 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.35 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 27.8865 13.8728 10708 58265 27.9414 26.2530 10708 58270 27.6953 10.8878 10708 58273 27.5857 14.0773 10709 58266 27.7794 22.0199 10709 58271 27.7357 24.4254 10709 58294 27.5577 18.4073 10709 58297 27.3751 19.0434
2M16111191-5929037 (RV template + CCFs) ( SIMBAD ) H= 11.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 174.67 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -57.0406 74.8126 10708 58265 -57.1854 69.8131 10708 58270 -57.1224 59.2632 10708 58273 -57.1633 36.1497
2M16111191-5953533 (RV template + CCFs) ( SIMBAD ) H= 11.91 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 115.21 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -44.8430 40.6411 10708 58265 -44.8521 50.9140 10708 58270 -44.6319 37.3141 10708 58273 -44.8600 28.2208
2M16111202-6017589 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 149.80 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 77.4474 29.5328 10708 58265 77.3941 30.3055 10708 58270 77.3794 34.2671 10708 58273 77.3676 19.6014 10709 58266 77.5349 32.6641 10709 58271 77.5354 39.0534 10709 58294 77.4224 22.1256 10709 58297 77.5487 28.9251 9826 57913 77.2522 25.1401 9826 57974 77.3208 41.9069 9826 58351 77.3804 38.0472
2M16111229-5903090 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 128.12 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 58.6963 35.0121 10708 58265 58.5449 35.8669 10708 58270 58.6214 32.0485 10708 58273 58.4450 20.0008 10709 58266 58.3349 28.4813 10709 58271 58.3427 34.4305 10709 58294 58.6461 26.1029 10709 58297 58.4856 25.7708 9826 57913 58.6726 8.37823 9826 57974 58.7415 15.7088 9826 58351 58.4579 12.7611
2M16111400-5916342 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 145.99 VSCATTER= 0.22 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -108.198 41.1061 10708 58265 -108.617 44.3070 10708 58270 -108.644 38.0585 10708 58273 -108.769 21.6410 10709 58266 -108.707 35.6110 10709 58271 -108.903 40.8259 10709 58294 -108.564 29.0280 10709 58297 -108.856 27.4852
2M16111441-5945223 (RV template + CCFs) ( SIMBAD ) H= 12.11 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 94.48 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -40.4198 25.6152 9826 57974 -40.4087 44.7925 9826 58351 -40.4081 40.9927
2M16111562-5926004 (RV template + CCFs) ( SIMBAD ) H= 11.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 154.13 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -104.571 46.1933 10708 58265 -104.574 58.4157 10708 58270 -104.742 73.9069 10708 58273 -104.750 28.0510
2M16111566-6003320 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.92 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 10.9886 29.3168 10708 58265 10.8199 29.2910 10708 58270 10.9074 30.6826 10708 58273 10.7885 16.4816 10709 58266 10.8189 22.9838 10709 58271 10.7493 31.1857 10709 58294 10.6083 22.0422 10709 58297 10.8622 19.6708
2M16111665-5854518 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 60.84 VSCATTER= 8.30 RV_TEFF= 4500.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 10.3082 20.1336 9826 57974 1.36299 33.4077 9826 58351 -6.27575 15.4370
2M16111826-5906174 (RV template + CCFs) ( SIMBAD ) H= 11.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 237.82 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -56.2614 62.1149 10709 58271 -56.3468 59.3644 10709 58294 -56.0767 43.5920 10709 58297 -56.3856 52.8100 9826 57913 -56.2136 54.2564 9826 57974 -56.1435 97.2182 9826 58351 -56.0464 64.2305
2M16111846-5912447 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.72 VSCATTER= 0.22 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -67.6852 14.0585 10708 58265 -67.9062 19.9356 10708 58270 -68.1053 16.6183 10708 58273 -67.8839 8.97518 10709 58266 -67.7890 21.0247 10709 58271 -67.9653 18.2170 10709 58294 -67.9983 13.4148 10709 58297 -67.8661 13.7448 9826 57913 -67.8753 19.6098 9826 57974 -67.9312 35.1112 9826 58351 -68.5405 12.5957
2M16112114-5915233 (RV template + CCFs) ( SIMBAD ) H= 12.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 98.37 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -12.1156 36.5498 10709 58271 -11.9231 38.3892 10709 58294 -12.0973 28.6805 10709 58297 -12.0943 32.1389
2M16112436-6007266 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 149.15 VSCATTER= 1.58 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -93.8271 35.3175 10708 58265 -92.9436 33.7036 10708 58270 -92.7314 32.0213 10708 58273 -92.5442 19.5782 10709 58266 -92.8892 28.0774 10709 58271 -92.6682 34.4265 10709 58294 -91.8668 24.9190 10709 58297 -91.8420 22.7261 9826 57913 -94.3253 23.7347 9826 57974 -96.0125 42.3753 9826 58351 -89.7368 39.6749
2M16112508-6017230 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 137.14 VSCATTER= 0.36 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 138.986 39.5787 10708 58265 138.057 39.3434 10708 58270 138.118 37.6712 10708 58273 138.033 20.8770 10709 58266 138.061 32.4541 10709 58271 137.946 36.2554 10709 58294 138.083 25.5520 10709 58297 137.819 33.8967
2M16112568-5956532 (RV template + CCFs) ( SIMBAD ) H= 10.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 229.99 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -21.3834 60.7804 9826 57974 -21.3283 121.093 9826 58351 -21.4771 93.8200
2M16112650-5912450 (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= 263.01 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 33.5283 82.5100 9826 57974 33.4335 135.617 9826 58351 33.2714 100.073
2M16112742-5901569 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 109.24 VSCATTER= 0.22 RV_TEFF= 3400.00 RV_LOGG= 0.50 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 2.06435 60.9372 10708 58265 2.49727 36.3379 10708 58270 2.42583 26.6613 10708 58273 2.55770 15.2797
2M16112941-5953311 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.06 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -112.854 17.9451 9826 57974 -112.579 30.4290 9826 58351 -112.715 27.9996
2M16112981-5951378 (RV template + CCFs) ( SIMBAD ) H= 11.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 116.25 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 41.5558 31.3167 9826 57974 41.6931 54.4811 9826 58351 41.6635 51.1488
2M16113419-6018268 (RV template + CCFs) ( SIMBAD ) H= 11.17 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT LOW_SNR,PERSIST_JUMP_NEG,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 2.18 VSCATTER= 87.54 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 999999. 1.86637 10709 58271 -117.760 1.51417 10709 58294 999999. 2.56706 10709 58297 -241.564 1.58500
2M16113595-5933065 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.66 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -2.46012 15.4403 9826 57974 -2.45784 34.6645 9826 58351 -2.35648 28.4770
2M16113626-5902319 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.15 VSCATTER= 0.66 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -73.4230 21.9291 9826 57974 -73.7856 44.6592 9826 58351 -74.7059 28.0860
2M16113725-5937464 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 100.09 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -106.536 27.0310 10708 58265 -106.499 30.9795 10708 58270 -106.437 19.9034 10708 58273 -106.315 15.5392 10709 58266 -106.561 25.3393 10709 58271 -106.552 26.7052 10709 58294 -106.608 21.8853 10709 58297 -106.492 22.8228
2M16113861-6005040 (RV template + CCFs) ( SIMBAD ) H= 10.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 264.63 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -1.31767 101.643 10708 58265 -1.63561 103.429 10708 58270 -1.80831 106.396 10708 58273 -1.70345 56.0921
2M16113949-6014026 (RV template + CCFs) ( SIMBAD ) H= 11.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 165.50 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -42.0156 58.7689 10709 58271 -42.0081 67.7070 10709 58294 -41.9698 52.7380 10709 58297 -42.0139 54.3642
2M16113998-5930597 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 136.92 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -8.26331 34.1746 10708 58265 -8.25748 38.1247 10708 58270 -8.16160 39.0262 10708 58273 -8.20336 21.4562 10709 58266 -8.19224 34.6410 10709 58271 -8.18805 39.7986 10709 58294 -8.28967 27.5599 10709 58297 -8.12208 28.5050
2M16114310-5924132 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.52 VSCATTER= 1.39 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 28.2255 29.7825 9826 57974 27.4233 37.2255 9826 58351 25.5197 28.0739
2M16114317-6018109 (RV template + CCFs) ( SIMBAD ) H= 10.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT LOW_SNR SNR= 15.11 VSCATTER= 0.38 RV_TEFF= 4250.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -63.5944 4.44609 10708 58265 -64.4460 5.18848 10708 58270 -64.3358 7.17906 10708 58273 -64.1394 3.96863
2M16114603-6033096 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 91.53 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -47.5507 29.9793 10708 58265 -47.6489 37.1314 10708 58270 -47.6008 36.4300 10708 58273 -47.6334 21.4725
2M16114609-5950327 (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 SNR= 95.17 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -114.373 26.4428 9826 57974 -114.405 42.7213 9826 58351 -114.327 43.1473
2M16114637-6021202 (RV template + CCFs) ( SIMBAD ) H= 10.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 209.88 VSCATTER= 0.90 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 42.2178 37.5350 10709 58271 41.4391 54.4681 10709 58294 43.0031 40.8656 10709 58297 42.6548 47.4966 9826 57913 43.6468 51.4895 9826 57974 44.1680 88.1867 9826 58351 42.9346 67.2912
2M16114687-6002432 (RV template + CCFs) ( SIMBAD ) H= 10.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 291.46 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -40.4239 104.797 10709 58271 -40.4714 123.280 10709 58294 -40.4585 96.3302 10709 58297 -40.4623 89.7048
2M16114710-6018106 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.07 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 32.2976 25.0738 9826 57974 31.9928 30.9361 9826 58351 32.1846 39.0368
2M16114795-6029296 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.77 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -64.9895 21.2993 9826 57974 -65.0144 39.8637 9826 58351 -65.1748 35.4137
2M16114878-6013176 (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= 135.93 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 -64.3371 46.3776 10709 58271 -64.3209 55.3809 10709 58294 -64.4414 42.3382 10709 58297 -64.3721 43.5568
2M16114943-5932419 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.72 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -73.6587 23.4355 9826 57974 -73.6722 39.7593
2M16114991-6000016 (RV template + CCFs) ( SIMBAD ) H= 10.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 188.67 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -1.01941 62.2806 9826 57974 -1.01085 78.2909 9826 58351 -1.06235 89.5565
2M16115084-5906446 (RV template + CCFs) ( SIMBAD ) H= 10.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 216.69 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -96.2223 76.4435 10709 58271 -96.2045 88.8682 10709 58294 -95.9632 68.1625 10709 58297 -96.1137 70.3347
2M16115089-6013293 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.53 VSCATTER= 0.30 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -85.7868 17.6282 9826 57974 -86.3517 35.5484 9826 58351 -86.2254 30.9448
2M16115175-5912319 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.42 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -72.2218 23.4076 9826 57974 -72.2209 40.7039 9826 58351 -72.1966 26.4762
2M16115241-6003015 (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= 120.61 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 22.5942 32.7802 9826 57974 22.5090 56.3409 9826 58351 22.4276 53.8358
2M16115242-5902249 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 93.37 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -90.4754 28.1034 10708 58265 -90.2327 26.2775 10708 58270 -90.6213 19.9678 10708 58273 -90.4982 12.2402 10709 58266 -90.3980 26.1223 10709 58271 -90.4240 25.9099 10709 58294 -90.3447 16.5643 10709 58297 -90.3947 20.7014
2M16115354-5854550 (RV template + CCFs) ( SIMBAD ) H= 11.84 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 101.07 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 4.45764 34.1171 9826 57974 4.47947 47.0010 9826 58351 4.34312 39.8768
2M16115365-6022281 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 98.28 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -86.9070 34.8321 10709 58271 -86.9519 39.9841 10709 58294 -86.8836 28.0678 10709 58297 -86.7108 37.0675
2M16115550-5858049 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.08 VSCATTER= 0.25 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -108.890 19.1811 9826 57974 -108.806 32.7273 9826 58351 -108.424 20.4456
2M16115571-6004243 (RV template + CCFs) ( SIMBAD ) H= 10.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 278.43 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -8.44219 85.2300 9826 57974 -8.53208 129.849 9826 58351 -8.40181 125.885
2M16115908-6018150 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 115.66 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -17.0256 33.2357 10708 58265 -17.0146 37.0677 10708 58270 -17.0185 30.3184 10708 58273 -17.2361 22.2464 10709 58266 -16.8274 26.9114 10709 58271 -16.9644 31.6314 10709 58294 -17.0056 19.5137 10709 58297 -16.9041 28.2815
2M16120287-5928151 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 382.07 VSCATTER= 10.51 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -16.1304 91.0135 10708 58265 -8.99484 94.0137 10708 58270 4.92414 85.6357 10708 58273 -1.84198 48.0303 10709 58266 -4.32107 77.4137 10709 58271 5.87490 89.1237 10709 58294 -20.9029 74.7835 10709 58297 -15.7964 77.1013 9826 57913 -25.3437 76.0648 9826 57974 0.911303 91.3698 9826 58351 -12.8315 66.3997
2M16120407-5858105 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.13 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 65.0288 21.1712 9826 57974 65.0598 37.9628 9826 58351 65.0541 20.6929
2M16120693-5936000 (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= 149.52 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -4.38498 52.0808 10709 58271 -4.34365 66.3697 10709 58294 -4.24179 48.4160 10709 58297 -4.36182 44.5346
2M16120756-6024186 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 126.80 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -28.8895 32.7073 10708 58265 -28.8353 34.1391 10708 58270 -28.8621 35.3472 10708 58273 -28.8744 20.7767 10709 58266 -28.8979 31.7261 10709 58271 -28.9726 36.0026 10709 58294 -28.9179 24.3853 10709 58297 -28.8182 32.3467
2M16120849-6019435 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.75 VSCATTER= 0.49 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -57.6061 28.4046 9826 57974 -56.9197 49.6798 9826 58351 999999. 45.1479
2M16121106-5940254 (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= 148.75 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -90.9804 51.0360 10709 58271 -90.9755 61.7694 10709 58294 -90.9222 45.1659 10709 58297 -90.9790 49.1095
2M16121217-6017538 (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= 191.91 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -100.944 54.2374 9826 57974 -100.991 91.6837 9826 58351 -100.897 88.1436
2M16121231-5932349 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 148.93 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -92.0027 54.5241 10709 58271 -92.0165 61.2498 10709 58294 -91.9139 41.7329 10709 58297 -91.8881 50.6822
2M16121385-6026242 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.33 VSCATTER= 0.01 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -13.1219 22.0726 9826 57974 -13.1341 37.0311 9826 58351 -13.1372 34.5157
2M16121411-6015392 (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= 288.43 VSCATTER= 0.79 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -23.6422 118.632 10708 58265 -22.3899 115.159 10708 58270 -21.9917 110.817 10708 58273 -21.9606 62.0248
2M16121482-6002293 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.66 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -119.359 19.6999 10708 58265 -119.411 16.8673 10708 58270 -119.523 18.6454 10708 58273 -119.369 9.32588 10709 58266 -119.519 24.2359 10709 58271 -119.466 18.0174 10709 58294 -119.451 14.8811 10709 58297 -119.269 15.4501
2M16121538-5958381 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.67 VSCATTER= 0.25 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -7.55101 25.8395 9826 57974 -8.03254 44.3505 9826 58351 -7.89303 40.4799
2M16121627-5908298 (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= 140.84 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -51.1896 53.6792 10709 58271 -51.1156 52.5275 10709 58294 -51.1206 41.4721 10709 58297 -51.2183 49.7523
2M16121802-5918591 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.56 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -10.7512 20.6814 10708 58265 -10.6316 21.1485 10708 58270 -10.6579 20.3695 10709 58294 -10.5362 13.9586 10709 58297 -10.4290 17.4147
2M16122306-6002181 (RV template + CCFs) ( SIMBAD ) H= 11.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 131.39 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -88.8251 40.2847 9826 57974 -88.8230 60.2085 9826 58351 -88.7734 58.3792
2M16122321-5952360 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 96.09 VSCATTER= 0.18 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -99.4675 11.3331 10708 58265 -99.3509 25.2506 10708 58270 -99.4189 27.2586 10708 58273 -99.4778 13.2934 10709 58266 -99.5146 15.5311 10709 58271 -99.5568 16.9302 10709 58294 -98.9218 15.3185 10709 58297 -99.1792 28.2914 9826 57913 -99.5020 20.1101 9826 57974 -99.4567 21.8096 9826 58351 -99.4008 18.2048
2M16122420-5957232 (RV template + CCFs) ( SIMBAD ) H= 11.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 206.57 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 13.2831 80.4544 10708 58265 13.1116 83.5086 10708 58270 12.9313 76.0864 10708 58273 12.9318 43.6323
2M16122798-6008524 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.01 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -126.982 21.1563 9826 57974 -126.880 38.7364 9826 58351 -126.948 34.2122
2M16122809-5925574 (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= 98.93 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -79.5508 41.3202 10708 58265 -79.5537 43.1005 10708 58270 -79.6252 27.6361 10708 58273 -79.5151 22.9966
2M16122869-5916319 (RV template + CCFs) ( SIMBAD ) H= 11.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 125.53 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -63.8991 45.2075 10709 58271 -63.7701 45.0856 10709 58294 -63.7342 38.5858 10709 58297 -63.8833 46.0938
2M16122902-5923451 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 183.72 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -53.9874 75.4403 10708 58265 -54.1502 77.5622 10708 58270 -54.1329 66.7609 10708 58273 -54.1255 36.5277
2M16123042-5910363 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.46 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -32.7319 28.2067 9826 57974 -32.5899 14.3776 9826 58351 -32.5978 21.1032
2M16123076-5906384 (RV template + CCFs) ( SIMBAD ) H= 10.82 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 210.85 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -51.1170 66.2526 9826 57974 -51.1335 104.058 9826 58351 -51.2401 86.5974
2M16123109-6007368 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.91 VSCATTER= 0.10 RV_TEFF= 5500.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -150.450 25.7542 9826 57974 -150.330 44.3553 9826 58351 -150.249 40.6113
2M16123121-5934287 (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= 247.29 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 -53.8481 91.1563 10709 58271 -53.7287 102.226 10709 58294 -53.7255 77.4775 10709 58297 -53.6783 83.4299
2M16123139-5905073 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR SNR= 35.50 VSCATTER= 0.40 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -36.8668 6.59068 10708 58265 -36.3915 8.49662 10708 58270 -37.0744 4.75946 10708 58273 -36.3967 3.22705 10709 58266 -36.0454 15.7714 10709 58271 -35.9641 7.38021 10709 58294 -36.8749 7.24467 10709 58297 -36.4062 9.54413
2M16123381-6031369 (RV template + CCFs) ( SIMBAD ) H= 10.00 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 299.31 VSCATTER= 0.07 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -33.8552 119.425 10708 58265 -34.0251 119.033 10708 58270 -33.9235 123.310 10708 58273 -33.9745 63.7471
2M16123411-5932532 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.88 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -58.4428 26.2920 9826 58351 -58.4557 38.7675
2M16123445-5912225 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 189.59 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -79.2952 81.5097 10708 58265 -79.5019 82.2019 10708 58270 -79.4954 59.1218 10708 58273 -79.4604 37.9034
2M16123510-6002434 (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= 124.00 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -41.8689 44.2951 9826 57974 -41.8818 53.7412 9826 58351 -41.9749 55.3839
2M16123567-5921060 (RV template + CCFs) ( SIMBAD ) H= 11.04 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 197.12 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -27.6363 65.6522 9826 57974 -27.5199 91.4631 9826 58351 -27.3874 83.3511
2M16123775-5929074 (RV template + CCFs) ( SIMBAD ) H= 10.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 265.04 VSCATTER= 0.00 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -114.817 83.3486 9826 57974 -114.809 131.845 9826 58351 -114.814 110.552
2M16123856-5859145 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.98 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -75.1927 26.1667 9826 57974 -75.0543 48.2497 9826 58351 -75.4188 33.0535
2M16124214-5913518 (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= 94.61 VSCATTER= 0.18 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -110.487 35.9971 10708 58265 -110.794 40.6560 10708 58270 -110.809 30.7282 10708 58273 -110.911 19.4921
2M16124384-5959118 (RV template + CCFs) ( SIMBAD ) H= 11.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,SUSPECT_BROAD_LINES SNR= 101.22 VSCATTER= 1.75 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -54.2211 37.6259 9826 57974 999999. 61.9585 9826 58351 -56.6925 64.0463
2M16124463-5917265 (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= 227.94 VSCATTER= 0.04 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -84.5844 96.4435 10708 58265 -84.5290 95.0535 10708 58270 -84.5020 81.0212 10708 58273 -84.5781 46.6582
2M16124481-6003278 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 140.41 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -32.0492 40.1815 10708 58265 -32.1820 38.6645 10708 58270 -32.0713 38.7610 10708 58273 -32.1911 20.8426 10709 58266 -32.1200 35.3697 10709 58271 -32.1420 39.4503 10709 58294 -32.1563 26.3631 10709 58297 -32.3737 31.1429
2M16124607-6012392 (RV template + CCFs) ( SIMBAD ) H= 11.98 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 122.49 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -43.7220 50.5615 10708 58265 -43.7170 51.7214 10708 58270 -43.5980 46.0654 10708 58273 -43.7439 25.3677
2M16124651-5957591 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.62 VSCATTER= 0.47 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -40.9599 28.2127 9826 57974 -40.9504 43.3527 9826 58351 -40.1409 41.9036
2M16124756-5933083 (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= 291.90 VSCATTER= 0.22 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -47.0766 119.594 10708 58265 -46.7250 116.175 10708 58270 -46.6895 114.505 10708 58273 -46.5611 60.5782
2M16124775-5937136 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 108.39 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -38.0653 32.4595 10708 58265 -38.3361 33.3214 10708 58270 -38.3042 29.6632 10708 58273 -38.3978 16.9973 10709 58266 -38.2769 26.4494 10709 58271 -38.3042 32.6162 10709 58297 -38.4544 23.6842
2M16124784-5942202 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 154.04 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -21.3448 60.2815 10708 58265 -21.3526 59.7975 10708 58270 -21.4549 60.4810 10708 58273 -21.5182 30.3001
2M16124788-5919009 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.83 VSCATTER= 0.21 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 11.5987 21.9790 10708 58265 11.2327 22.5361 10708 58270 11.0182 17.7969 10708 58273 11.1406 9.89988 10709 58294 11.2544 13.2608 10709 58297 11.4407 21.5293
2M16124946-6001072 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.38 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -57.9054 19.9895 10708 58265 -57.9731 24.9440 10708 58270 -58.1930 26.2908 10708 58273 -57.9494 13.2855 10709 58266 -58.1841 25.4224 10709 58271 -58.2276 26.5013 10709 58294 -58.4567 15.0552 10709 58297 -58.3035 25.2985
2M16124970-5914062 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.36 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -166.402 18.4959 9826 57974 -166.416 40.3322 9826 58351 -166.574 23.4232
2M16124974-5953561 (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= 105.65 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 14.8498 35.4821 9826 57974 14.7267 45.5267 9826 58351 14.7417 46.3554
2M16125019-6016133 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.59 VSCATTER= 0.27 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -63.0539 19.2327 9826 57974 -63.3752 37.3085 9826 58351 -63.5798 29.4988
2M16125411-6020535 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 137.96 VSCATTER= 0.20 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 59.2547 35.9640 10708 58265 59.3101 32.7172 10708 58270 59.2854 26.7637 10708 58273 59.2375 21.2252 10709 58266 59.2693 21.3330 10709 58271 59.5305 22.9666 10709 58294 59.7682 14.3660 10709 58297 59.4179 24.5532 9826 57913 59.2322 24.2649 9826 57974 58.9527 42.7932 9826 58351 59.2805 41.2492
2M16125811-5933016 (RV template + CCFs) ( SIMBAD ) H= 11.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 145.88 VSCATTER= 0.14 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 89.3905 48.2490 10709 58271 89.3400 56.3290 10709 58294 89.4296 45.9401 10709 58297 89.6474 58.2689
2M16125881-5941478 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 103.32 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -126.063 38.5321 10708 58265 -126.182 41.0193 10708 58270 -126.081 41.0342 10708 58273 -126.237 19.0249
2M16125945-6001408 (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 BRIGHT_NEIGHBOR SNR= 217.48 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 6.68867 88.9785 10708 58265 6.63848 93.1076 10708 58270 6.60580 85.8952 10708 58273 6.62350 48.0526
2M16130324-6017032 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.80 VSCATTER= 0.28 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -73.4149 24.3613 9826 57974 -73.7994 43.0394 9826 58351 -73.9619 38.5336
2M16130395-5939519 (RV template + CCFs) ( SIMBAD ) H= 10.89 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 202.97 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -6.32563 77.5179 10708 58265 -6.34706 81.6111 10708 58270 -6.35667 82.9479 10708 58273 -6.35453 37.9222
2M16130435-6011033 (RV template + CCFs) ( SIMBAD ) H= 10.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 239.87 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -61.5403 88.6556 10709 58271 -61.5504 99.4072 10709 58294 -61.5494 73.0426 10709 58297 -61.5373 81.5312
2M16130539-5904090 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.78 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -48.9854 19.0928 10708 58265 -49.1403 38.0351 10708 58270 -49.5023 18.4748 10708 58273 -49.2661 19.7526 10709 58266 -49.1972 32.8855 10709 58271 -49.2716 33.9711 10709 58294 -49.3785 24.0103 10709 58297 -49.3418 32.8772
2M16130591-5900137 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 175.80 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -76.3183 72.8845 10708 58265 -76.3513 79.0617 10708 58270 -76.5092 50.6933 10708 58273 -76.4810 37.4590
2M16130617-5902077 (RV template + CCFs) ( SIMBAD ) H= 10.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 285.33 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -110.037 120.729 10708 58265 -110.057 119.881 10708 58270 -110.098 93.7100 10708 58273 -110.177 62.8283
2M16130625-5938434 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 132.56 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -100.061 37.3865 10708 58265 -100.156 35.4745 10708 58270 -99.9500 37.7288 10708 58273 -100.098 18.6520 10709 58266 -100.101 31.8379 10709 58271 -100.037 39.6903 10709 58294 -100.091 26.8740 10709 58297 -99.9259 29.1950
2M16130631-5917506 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 148.10 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -39.2099 32.1067 10708 58265 -39.1179 32.0173 10708 58270 -39.0074 32.6200 10708 58273 -38.9987 17.7705 10709 58266 -38.9642 27.8351 10709 58271 -38.9480 27.6178 10709 58294 -39.2011 20.7623 10709 58297 -38.9511 29.2144 9826 57913 -39.1201 26.0025 9826 57974 -39.5742 45.7465 9826 58351 -39.3390 38.7936
2M16130660-5930292 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BAD_PIXELS,LOW_SNR SNR= 93.51 VSCATTER= 0.56 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -1.46273 36.3506 10708 58265 -1.88541 34.5037 10708 58270 -1.64680 30.3315 10708 58273 -1.71605 18.2605 10709 58266 -1.86318 1.81719 10709 58271 -2.03912 1.59948 10709 58294 -2.12492 20.6865 10709 58297 -3.27931 1.96646
2M16130705-5922170 (RV template + CCFs) ( SIMBAD ) H= 11.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 125.29 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -76.5280 42.8045 10709 58271 -76.5383 49.6058 10709 58294 -76.4845 36.8355 10709 58297 -76.4930 44.3732
2M16130873-6019301 (RV template + CCFs) ( SIMBAD ) H= 12.03 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 98.81 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -66.5923 37.3199 10709 58271 -66.6972 39.6019 10709 58294 -66.7571 23.1224 10709 58297 -66.6504 36.7094
2M16130924-6018112 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.78 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -72.1307 36.0122 9826 57974 -72.2894 57.3974 9826 58351 -72.3757 56.5276
2M16131019-5955564 (RV template + CCFs) ( SIMBAD ) H= 11.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 179.15 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -27.7658 54.4063 10709 58271 -27.7494 74.2462 10709 58294 -27.6144 59.5778 10709 58297 -27.6837 61.3516
2M16131105-6002001 (RV template + CCFs) ( SIMBAD ) H= 8.07 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1401.54 VSCATTER= 5.53 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -47.9279 323.495 10708 58265 -47.9979 334.555 10708 58270 -34.1248 324.113 10708 58273 -33.3078 163.661 10709 58266 -39.6291 295.603 10709 58271 -35.0799 325.971 10709 58294 -33.4258 248.953 10709 58297 -42.0997 298.022 9826 57913 -40.9456 243.137 9826 57974 -45.1522 348.365 9826 58351 -39.4972 374.701
2M16131371-5948563 (RV template + CCFs) ( SIMBAD ) H= 11.99 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 99.94 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -161.597 35.4365 10708 58265 -161.779 37.6609 10708 58270 -161.715 42.9706 10708 58273 -161.935 16.3614
2M16131464-5916557 (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= 206.51 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -29.5111 82.8743 10708 58265 -29.5542 79.2063 10708 58270 -29.5494 83.3622 10708 58273 -29.6017 39.6007
2M16131823-5958076 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 108.68 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -42.6228 23.7758 10708 58265 -42.6470 21.2465 10708 58270 -42.5941 26.7353 10708 58273 -42.8219 13.6908 10709 58266 -42.7354 17.4585 10709 58271 -42.8708 23.2205 10709 58294 -42.8159 14.4788 10709 58297 -42.5968 21.2452 9826 57913 -42.7670 15.7160 9826 57974 -42.8154 33.5673 9826 58351 -42.6723 28.6698
2M16131941-5928170 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BAD_PIXELS,LOW_SNR SNR= 97.81 VSCATTER= 0.29 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -63.2758 2.57906 10708 58265 -63.6499 2.70553 10708 58270 -63.6099 25.8703 10708 58273 -64.1107 19.1914 10709 58266 -64.1148 31.1665 10709 58271 -63.9112 31.8824 10709 58294 -63.9725 22.1519 10709 58297 -63.7200 32.1838
2M16132029-5951021 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 96.74 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -43.1507 36.3913 10708 58265 -43.1217 39.0618 10708 58270 -43.1808 37.2918 10708 58273 -43.2199 17.4412
2M16132076-5905528 (RV template + CCFs) ( SIMBAD ) H= 10.96 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 192.44 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -42.3751 68.2497 10709 58271 -42.4492 74.1832 10709 58294 -42.2599 62.0480 10709 58297 -42.3264 65.8951
2M16132116-6022070 (RV template + CCFs) ( SIMBAD ) H= 10.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 225.56 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -102.578 76.6002 10709 58271 -102.675 91.7147 10709 58294 -102.702 72.5963 10709 58297 -102.574 82.2649
2M16132142-5953445 (RV template + CCFs) ( SIMBAD ) H= 11.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 198.35 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -91.3611 79.5890 10708 58265 -91.5257 73.9457 10708 58270 -91.3999 80.1720 10708 58273 -91.4639 38.5321
2M16132259-6008474 (RV template + CCFs) ( SIMBAD ) H= 10.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 252.59 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -88.4405 113.697 10708 58265 -88.4909 80.8801 10708 58270 -88.3823 104.531 10708 58273 -88.3146 48.5424
2M16132645-5920323 (RV template + CCFs) ( SIMBAD ) H= 12.08 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 95.34 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -45.4866 30.1519 9826 57974 -45.3480 51.4604 9826 58351 -45.3145 30.5266
2M16132756-5940040 (RV template + CCFs) ( SIMBAD ) H= 11.95 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 107.40 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -105.724 37.4341 10709 58271 -105.634 35.7893 10709 58294 -105.769 32.7705 10709 58297 -105.521 42.6793
2M16132793-6026027 (RV template + CCFs) ( SIMBAD ) H= 10.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 200.71 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -141.918 72.1401 10709 58271 -142.064 77.9977 10709 58294 -142.023 60.4190 10709 58297 -141.886 77.0572
2M16133198-6027492 (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 SNR= 105.93 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -12.6589 43.4268 10708 58265 -12.8921 35.5231 10708 58270 -12.7693 43.1050 10708 58273 -12.8191 22.2626
2M16133258-6019519 (RV template + CCFs) ( SIMBAD ) H= 10.29 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 429.80 VSCATTER= 9.73 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10708 58238 -8.40620 94.0189 10708 58265 -5.90837 97.2629 10708 58270 -5.63734 104.141 10708 58273 -3.82389 52.8753 10709 58266 9.27971 84.6720 10709 58271 -9.75542 101.970 10709 58294 -0.481204 79.7423 10709 58297 0.118072 92.3312 9826 57913 14.1977 79.3939 9826 57974 18.3259 98.8330 9826 58351 10.2979 107.364
2M16133268-5932301 (RV template + CCFs) ( SIMBAD ) H= 10.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 256.88 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -60.4299 105.871 10708 58265 -60.6003 97.8250 10708 58270 -60.5815 102.839 10708 58273 -60.6465 49.6798
2M16133446-5953465 (RV template + CCFs) ( SIMBAD ) H= 11.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 140.08 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -90.7885 59.3241 10708 58265 -90.7533 58.3019 10708 58270 -90.6706 43.4232 10708 58273 -90.7556 30.6520
2M16133531-5930394 (RV template + CCFs) ( SIMBAD ) H= 12.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 102.68 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -20.3856 45.7653 10708 58265 -20.5275 39.3364 10708 58270 -20.4053 33.5781 10708 58273 -20.5883 21.7103
2M16133569-6021586 (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= 106.97 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 14.0773 39.5974 9826 57974 13.9144 40.5741 9826 58351 14.0221 49.2851
2M16133682-5920597 (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= 224.35 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 -115.462 57.2214 10708 58265 -115.555 64.3876 10708 58270 -115.455 62.1176 10708 58273 -115.592 30.5644 9826 57913 -115.572 50.2181 9826 57974 -115.628 82.7099 9826 58351 -115.559 62.9770
2M16133751-5957048 (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= 260.64 VSCATTER= 0.03 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -28.8066 85.4931 10709 58271 -28.8145 106.812 10709 58294 -28.8659 89.6226 10709 58297 -28.8312 91.4300
2M16133824-6029557 (RV template + CCFs) ( SIMBAD ) H= 11.85 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 95.99 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 60.9917 30.8167 10709 58271 60.8939 39.7099 10709 58294 61.0581 24.4047 10709 58297 61.0051 36.2566
2M16134021-6018482 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.26 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -68.5058 31.1695 10708 58265 -68.7026 27.7381 10708 58270 -68.8752 32.4045 10708 58273 -68.7640 17.1629 10709 58266 -68.4268 24.6989 10709 58271 -68.8389 31.0635 10709 58294 -68.7323 20.9901 10709 58297 -68.6645 25.2146
2M16134183-5906286 (RV template + CCFs) ( SIMBAD ) H= 11.21 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 162.24 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -44.9006 53.3373 10709 58271 -44.8982 68.5993 10709 58294 -44.9424 51.2542 10709 58297 -44.8562 52.6409
2M16134321-6021172 (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= 202.92 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -91.7558 81.7827 10708 58265 -91.7139 79.1532 10708 58270 -91.7697 83.1215 10708 58273 -91.6705 38.1620
2M16134475-6003066 (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= 144.34 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -68.4660 38.5168 9826 57974 -68.7216 66.3193 9826 58351 -68.4686 65.5928
2M16134521-5926051 (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 SNR= 114.06 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -88.0775 40.3149 10709 58271 -88.1285 42.4527 10709 58294 -88.0408 34.6720 10709 58297 -87.9591 40.2437
2M16134544-5938438 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 190.10 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -110.949 65.9538 10709 58271 -110.750 67.7967 10709 58294 -110.869 63.8885 10709 58297 -110.909 70.3250
2M16134689-5927116 (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= 138.53 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -4.45422 42.3642 10709 58271 -4.37175 52.2456 10709 58294 -4.51415 42.4462 10709 58297 -4.44801 55.9830
2M16134925-5925241 (RV template + CCFs) ( SIMBAD ) H= 10.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 295.25 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -134.270 127.374 10708 58265 -134.469 124.213 10708 58270 -134.385 98.6269 10708 58273 -134.398 64.3242
2M16134928-6000318 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.59 VSCATTER= 0.22 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -9.11151 18.0196 9826 57974 -9.15617 35.4959 9826 58351 -9.50937 34.4153
2M16134997-5947033 (RV template + CCFs) ( SIMBAD ) H= 11.06 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 186.68 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -21.2663 62.1578 10709 58271 -21.0605 80.4670 10709 58294 -20.9916 47.5465 10709 58297 -20.9773 70.2444
2M16135052-5959325 (RV template + CCFs) ( SIMBAD ) H= 12.04 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 112.80 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -80.7395 45.9488 10708 58265 -80.8102 41.0184 10708 58270 -80.6708 44.9445 10708 58273 -80.6922 23.5992
2M16135055-5958169 (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= 188.63 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 1.30066 62.2838 10709 58271 1.33268 79.2493 10709 58294 1.43578 63.0893 10709 58297 1.50506 60.8278
2M16135083-5928514 (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= 108.23 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -96.7727 37.5384 10709 58271 -96.8537 42.3714 10709 58294 -96.9087 28.8619 10709 58297 -96.7294 41.0283
2M16135121-5923036 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 152.22 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -66.6679 37.8164 10708 58265 -67.0394 36.7615 10708 58270 -66.8556 31.8940 10709 58266 -66.8269 30.5891 10709 58271 -66.9866 28.2725 10709 58294 -67.0419 21.0459 10709 58297 -66.8508 27.4045 9826 57913 -66.6507 28.2255 9826 57974 -66.8442 47.1725 9826 58351 -66.9344 38.7210
2M16135507-5940018 (RV template + CCFs) ( SIMBAD ) H= 11.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 143.70 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 40.0128 41.8204 9826 57974 39.9064 71.0038 9826 58351 39.8951 60.2658
2M16135516-6006592 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 105.29 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 83.0162 28.0999 10708 58265 83.0881 28.8053 10708 58270 82.8696 31.5677 10708 58273 83.0272 14.9510 10709 58266 83.1354 25.1448 10709 58271 82.9761 30.9150 10709 58294 83.0461 19.3447 10709 58297 83.0648 26.0870
2M16135565-5943315 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 128.06 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -91.4676 36.7414 10708 58265 -91.6781 37.0410 10708 58270 -91.7405 34.8844 10708 58273 -91.7726 10.8532 10709 58266 -91.6152 30.3084 10709 58271 -91.7930 35.7161 10709 58294 -91.5442 23.3568 10709 58297 -91.7127 32.7677
2M16135707-6004079 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.72 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -109.376 19.8021 9826 57974 -109.531 35.6242 9826 58351 -109.384 28.9656
2M16135781-6024188 (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= 97.04 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -52.5053 34.9374 10708 58265 -52.5788 33.7577 10708 58270 -52.4842 42.3914 10708 58273 -52.6426 20.5828
2M16135968-6016081 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.72 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -0.161070 13.5263 9826 57974 -0.452705 27.5451 9826 58351 -0.260313 23.4399
2M16140148-6022265 (RV template + CCFs) ( SIMBAD ) H= 10.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 229.73 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 45.7767 71.6104 9826 57974 45.9020 103.420 9826 58351 45.8531 107.705
2M16140239-5938156 (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= 121.01 VSCATTER= 0.99 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -54.2328 32.7688 9826 57974 -54.8832 62.3908 9826 58351 -52.9357 48.2653
2M16140304-5944573 (RV template + CCFs) ( SIMBAD ) H= 11.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 133.47 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -25.3055 46.2939 10709 58271 -25.3575 53.7276 10709 58294 -25.2967 40.6416 10709 58297 -25.2953 46.7785
2M16140346-5925491 (RV template + CCFs) ( SIMBAD ) H= 11.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 129.67 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 53.4160 52.6206 10708 58265 53.1414 57.3729 10708 58270 53.2564 39.0455 10708 58273 53.0336 28.7565
2M16140347-5918052 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 99.63 VSCATTER= 0.23 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 41.5943 27.4494 10708 58265 41.3740 29.9386 10708 58270 41.2296 12.2715 10708 58273 41.3608 15.0216 10709 58266 41.2970 27.0790 10709 58271 41.2600 28.4451 10709 58294 40.7953 21.3890 10709 58297 41.1800 26.5272
2M16140385-6009075 (RV template + CCFs) ( SIMBAD ) H= 12.15 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 102.67 VSCATTER= 0.80 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -135.722 25.9087 9826 57974 -136.268 50.6557 9826 58351 -137.296 45.2955
2M16140413-6023265 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 106.83 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -25.4379 20.4613 10708 58265 -25.3575 22.7816 10708 58270 -25.4604 25.7708 10708 58273 -25.4113 12.8419 10709 58266 -25.4966 18.5653 10709 58271 -25.3574 29.2362 10709 58294 -25.1867 19.9477 10709 58297 -25.4011 24.0511 9826 57913 -25.4188 17.9286 9826 57974 -25.4393 20.4627 9826 58351 -25.2158 27.7662
2M16140507-5949089 (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 SNR= 207.66 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -42.0634 69.6899 10709 58271 -41.9718 92.2475 10709 58294 -42.0418 55.0757 10709 58297 -41.8258 73.5114
2M16140541-5948383 (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= 210.20 VSCATTER= 0.17 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 30.3395 81.9022 10708 58265 29.9428 84.3024 10708 58270 30.0889 84.4381 10708 58273 30.0549 43.0621
2M16140630-5935080 (RV template + CCFs) ( SIMBAD ) H= 11.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 165.17 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -98.1608 65.0916 10708 58265 -98.3049 66.7480 10708 58270 -98.2283 59.8723 10708 58273 -98.2571 33.7729
2M16140635-5918545 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.31 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -31.0710 18.2600 10708 58265 -31.1222 19.2351 10708 58270 -31.4065 11.8299 10708 58273 -31.2346 13.8309 10709 58266 -31.2578 18.0459 10709 58271 -31.3851 17.2844 10709 58294 -31.3056 15.1759 10709 58297 -31.0015 18.9305
2M16140650-5917320 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.38 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -99.3828 25.7343 9826 57974 -99.4952 33.8272 9826 58351 -99.1066 33.0853
2M16140841-5940308 (RV template + CCFs) ( SIMBAD ) H= 11.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 117.46 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -120.313 47.9943 10709 58294 -120.275 40.6572 10709 58297 -120.289 53.6543
2M16140911-6011461 (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= 142.26 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 2.88405 48.9779 10709 58271 2.93721 58.7333 10709 58294 2.72764 44.7926 10709 58297 2.78308 53.6224
2M16140920-6016019 (RV template + CCFs) ( SIMBAD ) H= 10.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT LOW_SNR,PERSIST_JUMP_NEG,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 2.06 VSCATTER= 9.02 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -646.574 1.90820 9826 57974 -633.820 1.28107 9826 58351 999999. 1.00799
2M16140957-5933298 (RV template + CCFs) ( SIMBAD ) H= 7.89 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1617.64 VSCATTER= 6.55 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10708 58238 -31.4845 325.335 10708 58265 -29.9125 363.127 10708 58270 -29.0080 381.824 10708 58273 -24.4181 195.096 10709 58266 -12.5772 320.037 10709 58271 -25.1972 358.166 10709 58294 -13.3314 292.638 10709 58297 -29.6376 306.626 9826 57913 -28.0126 322.899 9826 57974 -30.2170 466.099 9826 58351 -25.7882 406.848
2M16140968-5959085 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 119.77 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -66.8370 27.5042 10708 58265 -67.0088 24.6765 10708 58270 -67.0106 28.7208 10708 58273 -66.9769 12.9240 10709 58266 -67.1311 10.2148 10709 58271 -66.8977 28.0861 10709 58294 -67.0551 19.4587 10709 58297 -66.9723 23.2200 9826 57913 -67.0011 19.8186 9826 57974 -67.1886 35.1780 9826 58351 -67.0535 32.6959
2M16141219-6025168 (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= 140.37 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -8.87378 53.3366 10708 58265 -8.81861 52.8757 10708 58270 -8.81164 55.2785 10708 58273 -8.98590 30.8172
2M16141284-5932068 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR SNR= 27.35 VSCATTER= 0.88 RV_TEFF= 4500.00 RV_LOGG= 1.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10708 58238 98.0676 5.60345 10708 58265 98.1495 6.45850 10708 58273 99.9567 3.84519 10709 58266 97.8180 9.98024 10709 58271 97.7367 6.71893 10709 58294 97.1549 9.13563 10709 58297 98.4468 5.20876
2M16141523-5940265 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.60 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -6.53276 22.2636 9826 57974 -6.68974 42.7464 9826 58351 -6.37767 34.7417
2M16141714-5930081 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 85.79 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -112.904 23.8381 9826 57974 -113.145 42.1472 9826 58351 -113.154 35.7873
2M16141848-6025321 (RV template + CCFs) ( SIMBAD ) H= 11.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 115.19 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -6.08849 35.7315 9826 57974 -6.03483 53.5938 9826 58351 -6.23999 50.0810
2M16142137-5914387 (RV template + CCFs) ( SIMBAD ) H= 11.14 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 173.45 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -20.1794 79.0585 10708 58265 -20.2068 74.1703 10708 58270 -20.3990 42.5407 10708 58273 -20.3687 35.4170
2M16142293-5920201 (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= 88.84 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10709 58266 46.5738 29.8447 10709 58271 46.6833 32.3671 10709 58294 46.3658 24.9824 10709 58297 46.4547 34.6156
2M16142342-6028116 (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= 200.90 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -32.3307 70.6338 10708 58265 -32.3056 86.0016 10708 58270 -32.3507 77.6236 10708 58273 -32.2884 46.9320
2M16142496-5913033 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.26 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -7.32071 20.7287 9826 57974 -7.53513 31.3601 9826 58351 -7.54993 16.5506
2M16142602-5907152 (RV template + CCFs) ( SIMBAD ) H= 10.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 296.75 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -88.4583 99.5750 9826 57974 -88.4999 154.861 9826 58351 -88.4289 106.603
2M16142740-6004024 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.75 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 14.0454 20.0139 9826 57974 14.1118 40.7461 9826 58351 14.1323 36.4105
2M16142780-5910346 (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 LOW_SNR,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 4.22 VSCATTER= 6.55 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -670.426 1.92379 10708 58265 -681.047 2.01018 10708 58270 -669.103 1.90634
2M16142782-5943561 (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 SNR= 205.71 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 1.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9826 57913 266.295 59.9273 9826 57974 266.303 107.817 9826 58351 266.333 78.5339
2M16143056-5950323 (RV template + CCFs) ( SIMBAD ) H= 10.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 251.37 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -162.318 83.7615 10709 58271 -162.252 111.812 10709 58294 -162.338 67.0748 10709 58297 -162.227 90.1910
2M16143127-5922413 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.87 VSCATTER= 0.23 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -65.5961 27.1163 10708 58265 -66.0637 26.7212 10708 58270 -66.2816 12.1145 10708 58273 -66.1317 10.3943 10709 58266 -65.9786 21.6184 10709 58271 -66.2760 14.0460 10709 58294 -66.2537 13.5123 10709 58297 -66.2422 20.3677
2M16143158-6002522 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.02 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -152.459 23.9163 9826 57974 -152.506 47.0875 9826 58351 -152.502 41.2570
2M16143185-5907579 (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= 240.45 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -39.8023 88.5737 10709 58271 -39.8033 96.3633 10709 58294 -39.7538 70.8379 10709 58297 -39.7412 84.9014
2M16143241-5929278 (RV template + CCFs) ( SIMBAD ) H= 10.83 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 232.38 VSCATTER= 0.34 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -15.9366 75.9985 9826 57974 -15.4917 109.491 9826 58351 -16.1670 103.683
2M16143381-5941389 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 30.40 VSCATTER= 0.21 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -44.4525 14.1825 9826 57974 -44.5503 12.2171 9826 58351 -44.1455 9.89398
2M16143396-5921017 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.60 VSCATTER= 0.22 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -100.972 25.6512 9826 57974 -101.286 46.9504 9826 58351 -100.868 38.4121
2M16143419-5909406 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.17 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -46.9978 31.9095 10708 58265 -47.1732 30.7129 10708 58270 -47.3461 18.2202 10708 58273 -47.2894 15.3617 10709 58266 -47.2724 25.2381 10709 58271 -47.2044 18.2739 10709 58294 -47.2960 21.2318 10709 58297 -47.2261 24.8233
2M16143433-6021517 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 40.36 VSCATTER= 0.38 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -75.2899 16.5589 9826 57974 -74.7578 22.7967 9826 58351 999999. 22.1596
2M16143461-6017494 (RV template + CCFs) ( SIMBAD ) H= 11.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 161.72 VSCATTER= 0.07 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -45.9458 53.5722 10709 58271 -45.9383 65.3255 10709 58294 -45.8506 47.2295 10709 58297 -45.8083 61.9082
2M16143462-6015200 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 127.99 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -38.6733 35.6833 10708 58265 -38.7715 34.4743 10708 58270 -38.8771 36.8710 10708 58273 -38.9792 19.4627 10709 58266 -38.8386 28.3419 10709 58271 -38.8610 35.9526 10709 58294 -38.9227 24.3958 10709 58297 -38.8258 32.0780
2M16143507-5936174 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.67 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 81.0651 22.2647 9826 57974 80.8602 44.6318 9826 58351 80.8324 30.6114
2M16143513-5934526 (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 BRIGHT_NEIGHBOR SNR= 113.79 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -34.4197 37.7584 10709 58271 -34.4678 44.3089 10709 58294 -34.3815 32.3408 10709 58297 -34.4705 41.0388
2M16143922-6007010 (RV template + CCFs) ( SIMBAD ) H= 10.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 288.46 VSCATTER= 0.15 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 41.5917 121.250 10708 58265 41.5940 104.947 10708 58270 41.7597 122.342 10708 58273 41.3976 57.2195
2M16144064-5922373 (RV template + CCFs) ( SIMBAD ) H= 10.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 154.16 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -103.115 58.2904 10708 58265 -103.257 74.5265 10708 58270 -103.165 45.2697 10708 58273 -103.401 29.0677
2M16144325-5903144 (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= 71.46 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -19.4852 22.7267 9826 57974 -19.3352 30.5722 9826 58351 -19.3680 31.9907
2M16144426-5938341 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.54 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -62.7481 19.4597 9826 57974 -62.5468 37.9551 9826 58351 -62.6156 25.7160
2M16144532-5904394 (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= 184.95 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -70.8387 65.0626 10709 58271 -70.9125 67.4762 10709 58294 -70.7722 61.8155 10709 58297 -70.8342 66.1597
2M16144575-6000580 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.75 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -22.9747 31.1760 10708 58265 -23.0289 29.1971 10708 58270 -22.9864 29.7238 10708 58273 -23.0697 16.7560 10709 58266 -22.9850 21.4708 10709 58271 -22.9631 29.0335 10709 58294 -22.8992 19.9993 10709 58297 -22.8044 21.6490
2M16144696-5938328 (RV template + CCFs) ( SIMBAD ) H= 10.90 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 205.36 VSCATTER= 0.11 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -23.4206 70.9543 10708 58265 -23.4688 83.1886 10708 58270 -23.4453 88.2630 10708 58273 -23.6612 45.9935
2M16144748-6005582 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.48 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -88.2220 21.6868 9826 57974 -88.0953 43.8576 9826 58351 -88.1818 39.6748
2M16145046-6009096 (RV template + CCFs) ( SIMBAD ) H= 11.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 142.76 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -46.3357 38.8796 9826 57974 -46.3881 75.9243 9826 58351 -46.3593 57.8897
2M16145248-5900098 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.03 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 53.0045 24.7130 9826 57974 52.9378 44.0485 9826 58351 52.9731 29.7275
2M16145296-5939012 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 238.51 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -164.152 72.2764 9826 57974 -164.148 120.482 9826 58351 -164.016 99.9687
2M16145411-6008163 (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= 246.70 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -24.3763 84.4025 10709 58271 -24.2613 103.659 10709 58294 -24.2560 75.7342 10709 58297 -24.2492 91.7603
2M16145557-5954524 (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= 43.26 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -64.3339 10.0101 10708 58265 -64.3254 18.0260 10708 58270 -64.4716 20.1991 10708 58273 -64.3600 7.84029
2M16145648-5925310 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.22 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -7.03391 20.6699 10708 58265 -7.09192 21.2317 10708 58270 -7.20068 14.0951 10708 58273 -7.12521 9.66403 10709 58266 -7.03434 19.9424 10709 58271 -7.06524 23.3890 10709 58294 -7.03219 15.7899 10709 58297 -6.92890 23.8611
2M16145831-6024429 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 150.91 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -24.5992 43.6693 10709 58271 -24.5115 63.5869 10709 58294 -24.4059 43.8857 10709 58297 -24.4380 58.9967
2M16145900-5945427 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.88 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -10.0734 24.3020 9826 57974 -9.95212 48.0477 9826 58351 -10.1254 33.5734
2M16150123-6000025 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.93 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -110.934 26.3292 9826 57974 -110.790 46.3601 9826 58351 -110.709 41.7101
2M16150138-5939465 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.34 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -59.5255 21.3924 9826 57974 -59.5276 40.9338 9826 58351 -59.6720 29.4821
2M16150396-6023312 (RV template + CCFs) ( SIMBAD ) H= 11.17 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 119.28 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -91.1197 44.8970 10708 58265 -91.0872 43.8328 10708 58270 -91.1888 47.7355 10708 58273 -91.0861 26.8640
2M16150555-5910012 (RV template + CCFs) ( SIMBAD ) H= 10.89 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 178.19 VSCATTER= 0.01 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -40.6416 67.8278 10709 58271 -40.6454 57.0885 10709 58294 -40.6175 57.8393 10709 58297 -40.6232 69.7567
2M16151026-6007538 (RV template + CCFs) ( SIMBAD ) H= 11.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.11 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -4.17177 44.8360 10709 58271 -4.18202 52.6122 10709 58294 -4.16588 38.5440 10709 58297 -4.04572 46.1788
2M16151347-6003279 (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= 123.73 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -31.6010 30.3892 9826 57974 -31.5297 61.4777 9826 58351 -31.5484 56.5327
2M16151463-5959005 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.10 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -46.5633 28.8813 10708 58265 -46.8857 28.1115 10708 58270 -46.8642 23.2166 10708 58273 -46.8360 15.0780 10709 58266 -46.7938 21.7062 10709 58271 -46.8328 25.4839 10709 58294 -46.8027 18.3333 10709 58297 -46.7633 24.1140
2M16151607-5925327 (RV template + CCFs) ( SIMBAD ) H= 11.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 124.56 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -11.6785 37.0900 9826 57974 -11.6204 60.1801 9826 58351 -11.6539 52.0652
2M16151828-5954072 (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= 121.15 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -48.5247 29.9333 9826 57974 -48.6476 64.0999 9826 58351 -48.8339 46.8103
2M16151853-5920521 (RV template + CCFs) ( SIMBAD ) H= 12.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 95.29 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -29.1434 27.4507 9826 57974 -29.4037 50.6160 9826 58351 -29.4642 34.0669
2M16151974-5950538 (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= 211.42 VSCATTER= 0.43 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 56.1270 88.6624 10708 58265 55.1176 73.9203 10708 58270 55.3955 87.3802 10708 58273 55.3748 48.4110
2M16152368-5928098 (RV template + CCFs) ( SIMBAD ) H= 10.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 208.33 VSCATTER= 0.23 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 18.3553 73.6537 10709 58271 18.8494 77.9729 10709 58294 18.5719 64.0149 10709 58297 18.7904 81.3648
2M16152503-5946111 (RV template + CCFs) ( SIMBAD ) H= 10.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 209.71 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -86.1845 55.6359 9826 57974 -86.2331 110.797 9826 58351 -86.2263 82.5959
2M16152572-6013225 (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= 244.05 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -50.9946 90.1475 10708 58265 -51.0068 96.1526 10708 58270 -51.0594 106.338 10708 58273 -51.0846 44.7520
2M16152774-5957063 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.80 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -32.7846 25.3489 10708 58265 -32.9865 24.3915 10708 58270 -33.1221 26.2050 10708 58273 -33.1339 13.4104 10709 58266 -33.0995 19.6283 10709 58271 -33.1459 20.8693 10709 58294 -33.2357 17.9019 10709 58297 -33.4391 23.0460 9826 57913 -33.2222 17.6564 9826 57974 -32.9091 32.7648 9826 58351 -33.0058 27.8659
2M16152910-5922292 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.38 VSCATTER= 4.66 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -35.0713 18.1760 9826 57974 -35.9433 35.5374 9826 58351 -43.5478 22.5425
2M16153066-5915303 (RV template + CCFs) ( SIMBAD ) H= 10.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 205.65 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -69.8351 62.5833 9826 57974 -69.8219 96.4383 9826 58351 -69.9142 87.3812
2M16153234-5909103 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.02 VSCATTER= 0.28 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -60.6829 18.0971 9826 57974 -60.8889 34.1298 9826 58351 -61.2424 17.2353
2M16153244-5913246 (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= 141.98 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -95.8068 52.2718 10709 58271 -95.7635 57.8032 10709 58294 -95.8567 23.0580 10709 58297 -95.7367 57.7213
2M16153361-5957459 (RV template + CCFs) ( SIMBAD ) H= 11.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 125.38 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -50.9991 50.1144 10708 58265 -51.1621 44.5936 10708 58270 -51.0853 48.4422 10708 58273 -51.1863 26.7804
2M16153665-5921029 (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= 100.08 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -70.7117 32.9389 10709 58271 -70.8111 38.8963 10709 58294 -70.9945 27.6572 10709 58297 -70.9999 37.2254
2M16153670-5950087 (RV template + CCFs) ( SIMBAD ) H= 10.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 208.73 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -20.3558 69.1184 10709 58271 -20.2697 85.3977 10709 58294 -20.3585 53.9042 10709 58297 -20.2419 81.7813
2M16153781-5915202 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.19 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 42.4636 14.4512 10708 58265 42.3551 17.9748 10708 58270 42.6258 7.48236 10708 58273 42.6287 8.76010 10709 58266 42.2010 14.2706 10709 58271 42.1904 11.9156 10709 58294 42.2133 12.3339 10709 58297 42.5602 14.9202 9826 57913 42.5826 11.9099 9826 57974 42.4789 23.2088 9826 58351 42.3892 18.0050
2M16153993-5909192 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.24 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 14.3411 19.6970 9826 57974 14.3455 38.3594 9826 58351 14.2744 32.3477
2M16154098-6009466 (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= 263.88 VSCATTER= 0.24 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -59.2258 116.232 10708 58265 -59.7116 89.9799 10708 58270 -59.6994 107.627 10708 58273 -59.6897 51.4019
2M16154307-5952334 (RV template + CCFs) ( SIMBAD ) H= 10.97 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 168.72 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -56.9139 49.4077 10709 58271 -56.8868 70.8743 10709 58294 -56.7867 47.8529 10709 58297 -56.7038 65.1484
2M16154554-5924579 (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= 186.25 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -82.2571 58.7185 10709 58271 -82.2699 71.8958 10709 58294 -82.3259 58.4529 10709 58297 -82.3188 71.9507
2M16154652-5924130 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.67 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -43.3166 19.0594 9826 57974 -43.2970 34.5703 9826 58351 -43.2498 28.5679
2M16154708-5910357 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 113.60 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -32.7345 38.7889 10709 58271 -32.6889 46.5109 10709 58294 -32.7696 34.0534 10709 58297 -32.6372 37.0229
2M16155014-5905543 (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= 116.46 VSCATTER= 0.50 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -105.439 35.2808 9826 57974 -105.319 64.8745 9826 58351 -104.525 34.8467
2M16155162-5956304 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.08 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -64.8920 22.2215 9826 57974 -64.9595 38.8037 9826 58351 -64.8800 34.8927
2M16155227-5935301 (RV template + CCFs) ( SIMBAD ) H= 10.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 277.73 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -62.1339 84.4230 10709 58271 -62.1305 111.794 10709 58294 -62.1501 83.9373 10709 58297 -62.0627 110.299
2M16155403-6015223 (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 SNR= 122.17 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -102.697 44.6378 10708 58265 -103.063 40.6707 10708 58270 -102.805 55.2050 10708 58273 -102.825 24.8328
2M16155444-6018339 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 107.32 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 13.7119 22.1980 10708 58265 13.5899 22.6992 10708 58270 13.6724 28.7628 10708 58273 13.5530 13.8618 10709 58266 13.6642 20.8116 10709 58271 13.5647 20.8275 10709 58294 13.3961 16.8911 10709 58297 13.8704 26.1784 9826 57913 13.3439 15.4825 9826 57974 13.6415 28.1090 9826 58351 13.6058 25.6815
2M16155450-6017123 (RV template + CCFs) ( SIMBAD ) H= 11.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.22 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -55.3632 38.4459 9826 57974 -55.3115 59.5079 9826 58351 -55.4089 57.4488
2M16155452-5943567 (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= 111.08 VSCATTER= 0.14 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -27.7633 25.4483 10708 58265 -27.8484 34.6871 10708 58270 -27.9095 31.2657 10708 58273 -27.4547 17.5220 10709 58266 -27.7234 26.5591 10709 58271 -27.6296 26.3330 10709 58294 -27.6923 22.2423 10709 58297 -27.7550 26.5844
2M16155452-5946043 (RV template + CCFs) ( SIMBAD ) H= 11.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 119.90 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -74.1787 42.4017 10709 58271 -74.3158 46.0883 10709 58294 -74.2450 37.2968 10709 58297 -74.2270 40.4801
2M16155457-5959505 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.79 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -56.7415 21.9000 10708 58265 -56.8955 27.2265 10708 58270 -56.8684 19.1857 10708 58273 -56.8177 11.7006 10709 58266 -56.6773 20.8535 10709 58271 -56.8423 20.9531 10709 58294 -56.8499 20.0392 10709 58297 -56.5970 23.2786
2M16155619-5908117 (RV template + CCFs) ( SIMBAD ) H= 10.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 182.45 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -153.766 47.1006 9826 57974 -153.697 102.301 9826 58351 -153.793 62.8453
2M16155655-5944210 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.80 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 18.9336 18.2508 9826 57974 18.7798 40.7879 9826 58351 18.6344 30.0647
2M16155798-5932207 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,LOW_SNR,PERSIST_JUMP_NEG,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 5.23 VSCATTER= 0.53 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -292.074 2.36636 10709 58271 -292.829 3.25281 10709 58294 999999. 3.09112 10709 58297 999999. 1.69065
2M16155981-6000300 (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= 210.77 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -79.2425 63.0490 10709 58271 -79.2477 75.6996 10709 58294 -79.3027 71.6152 10709 58297 -79.2114 87.6099
2M16160366-5933020 (RV template + CCFs) ( SIMBAD ) H= 10.94 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 187.68 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -76.0206 80.8029 10708 58265 -75.9484 76.4143 10708 58270 -75.9522 62.8913 10708 58273 -75.9906 38.2894
2M16160399-6007214 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 51.32 VSCATTER= 0.24 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -59.8971 14.1822 9826 57974 -60.0648 24.2545 9826 58351 -60.3750 21.1940
2M16160803-6011275 (RV template + CCFs) ( SIMBAD ) H= 9.42 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 597.73 VSCATTER= 7.15 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -28.1820 160.169 10708 58265 -37.4396 155.088 10708 58270 -40.9854 181.123 10708 58273 -35.6824 86.9715 10709 58266 -32.8896 140.225 10709 58271 -20.9730 167.090 10709 58294 -38.7833 131.741 10709 58297 -24.7475 161.889
2M16160972-5952197 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 113.31 VSCATTER= 0.42 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 25.2439 31.9603 10708 58265 24.4603 28.8388 10708 58270 24.2573 30.6391 10708 58273 25.1362 18.0817 10709 58266 24.7626 22.0280 10709 58271 25.4230 32.8667 10709 58294 24.4540 22.0072 10709 58297 24.7381 28.7896
2M16160980-5928461 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.46 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -90.5384 20.0456 9826 57974 -90.6081 37.7877 9826 58351 -90.6535 28.1896
2M16161095-5922305 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 125.84 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -56.5942 41.0259 10708 58265 -56.7742 34.3408 10708 58270 -56.7929 19.9508 10708 58273 -56.8945 18.0735 10709 58266 -56.6986 30.5206 10709 58271 -56.7891 35.4061 10709 58294 -56.5707 25.9140 10709 58297 -56.5224 33.2675
2M16161285-6005036 (RV template + CCFs) ( SIMBAD ) H= 10.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 193.29 VSCATTER= 0.09 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -46.6969 80.2268 10708 58265 -46.8427 79.4803 10708 58270 -46.8801 71.5705 10708 58273 -46.8743 34.5263
2M16161314-5925001 (RV template + CCFs) ( SIMBAD ) H= 10.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 207.19 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 13.6673 87.6541 10708 58265 13.7230 83.2883 10708 58270 13.4691 66.7072 10708 58273 13.5719 47.1039
2M16161613-6003573 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.37 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -62.3860 22.8824 10708 58265 -62.3115 15.5444 10708 58270 -62.4899 20.4813 10708 58273 -62.4975 12.6271 10709 58266 -62.3288 20.6423 10709 58271 -62.4178 21.7058 10709 58294 -62.3857 15.0866 10709 58297 -62.3861 17.9494 9826 57913 -62.5287 13.4431 9826 57974 -62.3981 28.5963 9826 58351 -62.6160 21.5266
2M16161778-5917541 (RV template + CCFs) ( SIMBAD ) H= 12.00 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 94.16 VSCATTER= 5.29 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -71.2162 27.6602 9826 57974 -63.7017 49.5331 9826 58351 -61.0067 33.2153
2M16162045-5926498 (RV template + CCFs) ( SIMBAD ) H= 11.88 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.82 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 10.5252 42.3018 10708 58265 10.5410 44.8459 10708 58270 10.5393 39.4744 10708 58273 10.4960 22.6140
2M16162138-5921395 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 96.61 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -50.2427 30.2698 10708 58265 -50.3470 31.3682 10708 58270 -50.5397 17.4314 10708 58273 -50.5409 15.4737 10709 58266 -50.3366 21.2580 10709 58271 -50.5052 21.6474 10709 58294 -50.1588 17.1591 10709 58297 -50.3257 25.9935
2M16162231-5940463 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 51.24 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -51.3582 16.6114 9826 57974 -51.5730 16.5231 9826 58351 -51.4265 25.6605
2M16162238-5938202 (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= 235.17 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 15.9404 72.4111 10709 58271 15.9433 80.0939 10709 58294 15.9419 75.8140 10709 58297 16.0953 101.724
2M16162283-5948560 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.11 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -11.6627 10.9768 9826 57974 -11.5945 33.5633 9826 58351 -11.4623 17.5182
2M16162547-5945521 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.16 VSCATTER= 1.49 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -25.6713 5.88382 9826 57974 -25.2728 34.4793 9826 58351 -22.9091 11.2045
2M16162662-5923123 (RV template + CCFs) ( SIMBAD ) H= 10.96 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.51 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -4.38583 44.9339 9826 57974 -4.36209 74.8725 9826 58351 -4.52311 25.4653
2M16162851-5937501 (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= 298.15 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -65.7171 66.9073 10709 58271 -65.6911 75.0067 10709 58294 -65.6782 68.8839 10709 58297 -65.6605 89.8657 9826 57913 -65.4954 61.8967 9826 57974 -65.5461 106.091 9826 58351 -65.6154 84.1036
2M16162986-5931439 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 60.92 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -101.251 19.5431 9826 57974 -101.149 30.5605 9826 58351 -101.164 20.8392
2M16163060-6000487 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 81.70 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 23.3202 28.8067 10708 58265 23.2459 32.3271 10708 58270 23.2921 31.7140 10708 58273 23.3492 16.0143
2M16163359-5957386 (RV template + CCFs) ( SIMBAD ) H= 12.01 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 76.51 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -158.276 25.3145 9826 57974 -158.290 32.7471 9826 58351 -158.358 32.3923
2M16163361-6013055 (RV template + CCFs) ( SIMBAD ) H= 10.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 238.59 VSCATTER= 0.13 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -68.7655 78.4346 10709 58271 -68.5817 91.4357 10709 58294 -68.5260 72.0739 10709 58297 -68.4499 100.467
2M16163367-5954463 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 120.56 VSCATTER= 0.27 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -81.9733 32.3753 10708 58265 -82.1151 34.4382 10708 58270 -82.3731 34.5152 10708 58273 -82.4054 18.0105 10709 58266 -82.1352 24.2923 10709 58271 -82.3029 33.9329 10709 58294 -82.6936 22.9794 10709 58297 -82.7465 28.8644
2M16163482-5922002 (RV template + CCFs) ( SIMBAD ) H= 10.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 199.60 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -76.4886 50.7154 9826 57974 -76.4679 105.725 9826 58351 -76.4317 78.7933
2M16163496-5911309 (RV template + CCFs) ( SIMBAD ) H= 11.87 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 98.04 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 -98.3184 26.3811 9826 57974 -98.2950 52.3626 9826 58351 -98.5526 34.5647
2M16163767-5929181 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.29 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -111.259 18.1291 9826 57974 -111.276 32.1816 9826 58351 -111.418 25.3266
2M16163823-5927141 (RV template + CCFs) ( SIMBAD ) H= 11.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 113.53 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -98.4189 38.6025 10708 58265 -98.4897 48.6561 10708 58270 -98.4847 41.0248 10708 58273 -98.4756 26.5470
2M16164698-5943170 (RV template + CCFs) ( SIMBAD ) H= 10.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 236.19 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 13.9360 83.5804 10708 58265 13.8999 99.5790 10708 58270 13.8976 90.7608 10708 58273 13.8754 51.4157
2M16164748-6005560 (RV template + CCFs) ( SIMBAD ) H= 11.81 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 82.42 VSCATTER= 0.15 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10708 58238 239.883 29.4962 10708 58265 239.858 37.4291 10708 58270 239.622 25.8806 10708 58273 239.610 18.3975
2M16164826-5926188 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.89 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -26.5602 21.4728 9826 57974 -26.5570 40.5258 9826 58351 -26.5392 24.4343
2M16164954-5945137 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 109.27 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -57.9761 23.5722 10708 58265 -57.8726 26.5245 10708 58270 -58.2903 11.9992 10708 58273 -58.1702 13.7660 10709 58266 -58.1373 20.6658 10709 58271 -58.3173 10.6681 10709 58294 -58.2490 17.8468 10709 58297 -57.8367 20.2389 9826 57913 -58.0380 17.7137 9826 57974 -58.0593 41.0024 9826 58351 -58.2373 26.6981
2M16164988-5930009 (RV template + CCFs) ( SIMBAD ) H= 11.04 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 160.55 VSCATTER= 0.22 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -66.8239 45.1580 9826 57974 -67.0000 81.7201 9826 58351 -67.2636 62.4814
2M16165087-5952215 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.29 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -106.896 16.5880 10708 58265 -106.543 30.6315 10708 58270 -106.718 29.3915 10708 58273 -106.895 14.1190 10709 58266 -106.655 22.5530 10709 58271 -106.719 23.9116 10709 58294 -106.782 17.6464 10709 58297 -106.825 22.4949
2M16165178-5938419 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.89 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -75.7286 22.0252 10708 58265 -75.5837 23.5951 10708 58270 -75.7004 25.4921 10708 58273 -75.7315 14.7775 10709 58266 -75.4413 15.6034 10709 58271 -75.4654 26.6331 10709 58294 -75.7836 18.6700 10709 58297 -75.9391 19.6016 9826 57913 -75.8232 14.0826 9826 57974 -75.8331 21.8592 9826 58351 -75.8613 26.7213
2M16165268-5932095 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.30 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -59.2781 24.8850 10708 58265 -59.3187 27.8625 10708 58270 -59.1822 18.9653 10708 58273 -59.2215 13.4031 10709 58266 -59.3095 17.8837 10709 58271 -59.3343 21.4546 10709 58294 -59.2838 18.8433 10709 58297 -59.4490 24.7277
2M16165347-5922310 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 58.32 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9826 57913 247.878 15.1208 9826 57974 247.814 33.2506 9826 58351 247.820 16.3291
2M16165371-5944319 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.46 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -39.7202 26.5709 10708 58265 -40.2578 17.0453 10708 58270 -39.9480 22.5052 10708 58273 -40.1586 8.81931 10709 58266 -40.0146 27.8043 10709 58271 -40.0663 28.4644 10709 58294 -40.3017 22.2944 10709 58297 -40.1061 23.5425
2M16165549-6006353 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.67 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -31.9774 25.8487 10708 58265 -31.8404 20.6284 10708 58270 -32.0458 24.8133 10708 58273 -31.7672 15.8667 10709 58266 -32.0167 21.3328 10709 58271 -32.0078 26.1057 10709 58294 -31.9314 23.1616 10709 58297 -31.7409 24.1131
2M16165627-5936240 (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= 85.90 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -119.024 17.7275 9826 57974 -119.296 37.8024 9826 58351 -119.038 41.6025
2M16165628-5933195 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.49 VSCATTER= 0.15 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 46.8103 18.4511 9826 57974 46.7297 31.7765 9826 58351 47.0277 26.4317
2M16165714-5951072 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 111.05 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -95.5058 27.2309 10708 58265 -95.4251 31.1293 10708 58270 -95.2541 28.2616 10708 58273 -95.4380 16.8534 10709 58266 -95.3930 24.4550 10709 58271 -95.4908 33.6185 10709 58294 -95.5097 19.4090 10709 58297 -95.4558 29.5453
2M16165893-5940436 (RV template + CCFs) ( SIMBAD ) H= 10.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 208.72 VSCATTER= 1.01 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -156.340 76.8683 10709 58271 -156.015 79.2671 10709 58294 -154.551 66.7164 10709 58297 -154.363 70.2757
2M16165894-6013386 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.64 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -65.8764 15.8142 9826 57974 -65.9398 27.8826 9826 58351 -66.0091 21.9710
2M16165930-5936287 (RV template + CCFs) ( SIMBAD ) H= 10.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 247.56 VSCATTER= 0.16 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 46.4154 107.162 10708 58265 46.2582 101.566 10708 58270 46.1823 82.9308 10708 58273 46.0325 41.5758
2M16170001-6000458 (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 BRIGHT_NEIGHBOR SNR= 112.05 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -104.598 39.4285 10709 58271 -104.635 42.1097 10709 58294 -104.594 37.3682 10709 58297 -104.562 36.8863
2M16170044-5949330 (RV template + CCFs) ( SIMBAD ) H= 11.90 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 86.91 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -43.1408 27.3477 10709 58271 -43.2207 33.6372 10709 58294 -43.2748 26.2051 10709 58297 -43.1149 31.6362
2M16170295-6008299 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 98.45 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -22.1220 33.2724 10708 58265 -22.2255 39.5476 10708 58270 -22.0932 38.2589 10708 58273 -22.1942 22.1709
2M16170361-5948543 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.17 VSCATTER= 0.25 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -94.5887 11.4459 9826 57974 -94.0858 28.1877 9826 58351 -94.3806 20.7280
2M16170530-5938305 (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= 148.54 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -45.2983 55.7246 10709 58271 -45.2703 63.6209 10709 58294 -45.1841 39.0069 10709 58297 -45.1323 46.1875
2M16170653-5950444 (RV template + CCFs) ( SIMBAD ) H= 10.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 175.20 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -49.8792 64.0413 10708 58265 -49.8785 72.6793 10708 58270 -49.8785 66.0420 10708 58273 -49.9226 39.0646
2M16170754-5947589 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 99.12 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -39.5632 24.1542 10708 58265 -39.6567 29.6723 10708 58270 -39.7286 26.6925 10708 58273 -39.8960 15.5200 10709 58266 -39.7464 20.6775 10709 58271 -39.7833 26.0707 10709 58294 -39.6261 20.1640 10709 58297 -39.7331 25.6225
2M16171307-5954056 (RV template + CCFs) ( SIMBAD ) H= 10.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 150.63 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -1.31341 55.9056 9826 57974 -1.39190 52.2263 9826 58351 -1.36410 72.8778
2M16171513-5952128 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 110.41 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -4.61584 24.2649 10708 58265 -4.82072 29.0496 10708 58270 -5.02374 18.2697 10708 58273 -4.80576 14.8550 10709 58266 -4.83187 23.9362 10709 58271 -4.91325 26.0996 10709 58294 -4.78643 13.7614 10709 58297 -4.81198 25.8158 9826 57913 -4.84552 16.6575 9826 57974 -4.80760 29.6016 9826 58351 -4.75105 21.7017
2M16171781-5943482 (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= 132.65 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -120.121 58.9276 10708 58265 -120.173 50.2511 10708 58270 -120.231 41.4473 10708 58273 -120.101 27.0263
2M16171839-5932592 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 123.67 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -98.7083 34.4804 10708 58265 -99.0071 37.2397 10708 58270 -99.0218 33.2245 10708 58273 -98.7225 20.7128 10709 58266 -98.7804 28.7322 10709 58271 -98.9576 33.9788 10709 58294 -98.8480 19.4810 10709 58297 -98.6990 25.1940
2M16172116-5949498 (RV template + CCFs) ( SIMBAD ) H= 10.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 188.44 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -96.3091 83.6859 10708 58265 -96.3592 70.6450 10708 58270 -96.3781 64.8408 10708 58273 -96.3416 37.1462
2M16172354-6004358 (RV template + CCFs) ( SIMBAD ) H= 11.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 108.02 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -56.4698 41.5042 10708 58265 -56.5370 38.6652 10708 58270 -56.5226 43.3355 10708 58273 -56.5659 21.6993
2M16172393-6008260 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.47 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -55.4163 15.8609 9826 57974 -55.3839 23.9217 9826 58351 -55.5219 21.4769
2M16172444-5933239 (RV template + CCFs) ( SIMBAD ) H= 10.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 282.71 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -83.4871 117.274 10708 58265 -83.5288 107.673 10708 58270 -83.5263 107.380 10708 58273 -83.6390 52.8187
2M16172832-6001343 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 73.88 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -1.37549 16.9625 9826 57974 -1.38619 35.5255 9826 58351 -1.36570 32.6656
2M16172967-5940293 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 45.25 VSCATTER= 6.81 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -41.3978 12.2840 9826 57974 -30.3644 22.4046 9826 58351 -28.9655 17.4830
2M16173323-6010117 (RV template + CCFs) ( SIMBAD ) H= 10.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 128.79 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -22.2253 35.1599 9826 57974 -22.0522 60.0440 9826 58351 -22.2119 57.4811
2M16173665-6005256 (RV template + CCFs) ( SIMBAD ) H= 9.21 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 682.73 VSCATTER= 7.56 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 2.69555 160.106 10708 58265 -2.66969 138.582 10708 58270 -18.2873 158.639 10708 58273 -8.03874 85.1184 10709 58266 -1.74686 143.737 10709 58271 -7.07819 148.153 10709 58294 -18.2420 138.375 10709 58297 -14.9577 137.220 9826 57913 -15.4070 114.599 9826 57974 -11.1284 158.608 9826 58351 -19.3030 175.460
2M16173994-5931364 (RV template + CCFs) ( SIMBAD ) H= 10.41 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 351.41 VSCATTER= 11.39 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10708 58238 -64.1216 97.2862 10708 58265 -53.1481 101.720 10708 58270 -34.6991 94.0540 10708 58273 -56.0041 53.3888 10709 58266 -39.8868 85.8275 10709 58271 -68.6288 96.3086 10709 58294 -58.0702 63.9858 10709 58297 -53.2237 81.1488
2M16174388-6003427 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 134.26 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -103.422 22.2368 10708 58265 -103.251 27.4411 10708 58270 -103.367 34.0021 10708 58273 -103.510 18.9867 10709 58266 -103.112 28.9521 10709 58271 -103.380 26.3991 10709 58294 -103.134 25.9579 10709 58297 -103.369 26.1211 9826 57913 -103.352 18.6968 9826 57974 -103.442 35.9877 9826 58351 -103.537 34.8894
2M16174418-5959416 (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= 280.09 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -54.5701 106.332 10708 58265 -54.5532 116.101 10708 58270 -54.5719 107.925 10708 58273 -54.6634 56.0749
2M16174441-6002159 (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= 51.47 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 6.54584 9.65892 9826 57974 6.47248 26.6205 9826 58351 6.77297 21.3155
2M16175303-5933439 (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 SNR= 209.54 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -68.6056 73.0817 10709 58271 -68.5591 92.2908 10709 58294 -68.5904 53.9381 10709 58297 -68.5737 69.9911
2M16175489-5941060 (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= 75.17 VSCATTER= 0.39 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 112.611 19.9478 9826 57974 112.413 36.3107 9826 58351 111.859 30.8286
2M16175639-5956422 (RV template + CCFs) ( SIMBAD ) H= 10.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 183.80 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10709 58266 -115.486 66.1539 10709 58271 -115.610 75.7577 10709 58294 -115.502 66.3358 10709 58297 -115.585 48.8712
2M16180679-5955421 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 124.12 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 49.9365 27.1908 10708 58265 49.6662 30.6437 10708 58270 49.6502 24.1624 10708 58273 49.5370 11.4475 10709 58266 49.6751 26.4971 10709 58271 49.3918 30.4269 10709 58294 49.6188 21.8878 10709 58297 49.5080 22.3857 9826 57913 49.4190 15.0812 9826 57974 49.7550 30.7296 9826 58351 49.5567 33.1176
2M16180689-5945030 (RV template + CCFs) ( SIMBAD ) H= 12.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 79.78 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10708 58238 -41.9985 33.7036 10708 58265 -41.9695 28.0448 10708 58270 -41.9021 28.3194 10708 58273 -42.0603 16.5946
2M16180831-5942048 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.95 VSCATTER= 0.14 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -51.0283 28.4670 10708 58265 -51.3915 22.9378 10708 58270 -51.1702 19.6355 10708 58273 -51.3463 11.1271 10709 58266 -51.2868 17.3281 10709 58294 -51.2123 18.8595 10709 58297 -51.4087 20.0315
2M16180942-5954242 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 117.98 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 137.573 43.6247 10709 58271 137.566 45.3062 10709 58294 137.795 38.5170 10709 58297 137.683 35.6320
2M16180946-5944039 (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= 89.30 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10709 58266 -43.5782 32.4008 10709 58271 -43.5323 31.7769 10709 58294 -43.5670 27.3819 10709 58297 -43.5930 30.7456
2M16181020-5942108 (RV template + CCFs) ( SIMBAD ) H= 11.04 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 133.31 VSCATTER= 1.87 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57913 -89.4167 36.3385 9826 57974 -89.1869 61.0182 9826 58351 -92.5283 60.3412
2M16181129-5952570 (RV template + CCFs) ( SIMBAD ) H= 10.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 229.46 VSCATTER= 0.12 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10709 58266 -88.5556 81.2368 10709 58271 -88.3427 87.0093 10709 58294 -88.4877 80.5174 10709 58297 -88.6113 79.4626
2M16181186-5936440 (RV template + CCFs) ( SIMBAD ) H= 11.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 115.58 VSCATTER= 0.04 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 152.970 33.9847 9826 57974 153.009 55.1348 9826 58351 153.045 49.6570
2M16181242-5935190 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 63.30 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 14.6536 17.8843 9826 57974 14.4959 26.8307 9826 58351 14.7167 29.3997
2M16181322-5942461 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.65 VSCATTER= 0.24 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10708 58238 -73.9293 15.9407 10708 58265 -73.8939 15.6033 10708 58270 -73.7330 13.9016 10708 58273 -74.1911 7.50797 10709 58266 -73.6369 10.7825 10709 58271 -73.5673 11.4190 10709 58294 -74.2018 11.1679 10709 58297 -74.0594 13.3753
2M16182682-5954004 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 227.62 VSCATTER= 0.34 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9826 57913 12.7684 63.3940 9826 57974 12.7150 98.6537 9826 58351 12.1592 112.454
2M16182689-5934047 (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= 204.74 VSCATTER= 0.07 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9826 57913 -104.185 66.4265 9826 57974 -104.284 89.8533 9826 58351 -104.141 94.4018
2M16183071-5943372 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 48.56 VSCATTER= 0.19 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9826 57974 3.42135 23.7475 9826 58351 3.68336 23.4432
2M16183496-5944192 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.47 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9826 57913 -40.1441 16.2469 9826 57974 -40.1994 32.5153 9826 58351 -40.2574 30.7716
2M16184504-5938555 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 244.09 VSCATTER= 3.69 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9826 57913 999999. 84.3273 9826 57974 -2.39320 107.190 9826 58351 -7.61267 130.060