Field: 020-12 Location ID: 020-12

2M19082823-1637521 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.93 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 135.428 38.5366 9818 58331 135.162 32.6136 9818 58348 134.994 24.9675
2M19083250-1655200 (RV template + CCFs) ( SIMBAD ) H= 11.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 147.43 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -120.828 72.0595 9818 58331 -121.168 59.2439 9818 58348 -121.150 44.6773
2M19083414-1651318 (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= 141.12 VSCATTER= 0.04 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 9.03912 69.9339 9818 58331 9.10726 58.1007 9818 58348 9.02996 45.3351
2M19083440-1637042 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.04 VSCATTER= 0.28 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -66.6559 31.8269 9818 58331 -67.1540 30.4435 9818 58348 -67.1301 20.9575
2M19083609-1645449 (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= 142.55 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -244.024 67.8118 9818 58331 -244.193 59.9044 9818 58348 -244.350 44.7472
2M19083916-1640266 (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= 219.03 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 24.0961 109.639 9818 58331 24.1805 90.6794 9818 58348 23.9961 68.0044
2M19084332-1653500 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 154.37 VSCATTER= 0.01 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -23.2512 75.3151 9818 58331 -23.2370 63.5652 9818 58348 -23.2388 45.3244
2M19084477-1701357 (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= 243.45 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 79.9249 120.428 9818 58331 79.7990 102.236 9818 58348 79.7911 75.8164
2M19084710-1700033 (RV template + CCFs) ( SIMBAD ) H= 11.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 164.20 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 86.9266 82.9305 9818 58331 86.8462 67.4517 9818 58348 86.9537 51.7992
2M19084712-1646300 (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= 174.55 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -14.3734 87.4436 9818 58331 -14.3792 70.8479 9818 58348 -14.3841 55.3728
2M19084949-1650027 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.93 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 54.7326 21.8351 9818 58331 54.5286 18.4058 9818 58348 54.7586 25.0744
2M19084989-1706277 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.67 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 54.4621 44.7198 9818 58331 54.7135 32.9689 9818 58348 54.4318 30.8572
2M19085144-1700437 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.24 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -93.4668 36.7292 9818 58331 -93.2230 30.3847 9818 58348 -93.2964 23.4809
2M19085309-1651591 (RV template + CCFs) ( SIMBAD ) H= 11.01 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 188.58 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 71.1360 93.2004 9818 58331 71.2672 73.1499 9818 58348 71.1184 62.8245
2M19085861-1638379 (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= 183.83 VSCATTER= 0.59 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 52.9026 91.5727 9818 58331 51.7564 71.7553 9818 58348 52.1084 64.0814
2M19085913-1635149 (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= 170.07 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 148.323 87.5784 9818 58331 148.322 67.1710 9818 58348 148.374 53.3316
2M19085990-1659428 (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= 190.43 VSCATTER= 0.15 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -211.179 94.4845 9818 58331 -211.475 77.1104 9818 58348 -211.327 62.8970
2M19090204-1628473 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.02 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -1.73825 30.7405 9818 58331 -1.75850 26.1800 9818 58348 -1.71798 22.3532
2M19090362-1625252 (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= 190.61 VSCATTER= 0.47 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -99.7251 93.8955 9818 58331 -99.1940 70.3268 9818 58348 -98.7860 65.4656
2M19090390-1644598 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.86 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -73.7801 47.5388 9818 58331 -73.9174 35.9071 9818 58348 -73.9061 28.8461
2M19090915-1705124 (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= 270.16 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 14.2482 137.486 9818 58331 14.1932 106.290 9818 58348 14.2395 93.8616
2M19090996-1653167 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.32 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 20.6163 33.2076 9818 58331 20.7807 23.3644 9818 58348 20.8343 22.1609
2M19091314-1706565 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.43 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -26.9889 41.1072 9818 58331 -27.1013 28.8271 9818 58348 -27.1068 18.5111
2M19091326-1633480 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.82 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 25.2288 37.5956 9818 58331 25.2230 29.4249 9818 58348 25.2202 23.6418
2M19091346-1631006 (RV template + CCFs) ( SIMBAD ) H= 11.63 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 132.85 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -3.96290 64.8201 9818 58331 -4.04077 51.0530 9818 58348 -3.99883 42.9156
2M19091435-1637228 (RV template + CCFs) ( SIMBAD ) H= 11.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 171.73 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -16.7123 87.1557 9818 58331 -16.7842 67.5340 9818 58348 -16.7774 56.7912
2M19091438-1702512 (RV template + CCFs) ( SIMBAD ) H= 10.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 211.56 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 50.5375 110.603 9818 58331 50.3551 77.8623 9818 58348 50.3693 74.0551
2M19091930-1722300 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.95 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -38.0579 37.4805 9818 58331 -38.1690 22.8065 9818 58348 -38.0252 25.6805
2M19092027-1631435 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 87.98 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 76.1704 43.3629 9818 58331 76.2197 34.6304 9818 58348 76.1692 26.1506
2M19092082-1715050 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.44 VSCATTER= 0.92 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -23.3381 38.6897 9818 58331 -24.7464 27.3739 9818 58348 -25.0662 24.8108
2M19092338-1621256 (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= 238.30 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 98.8628 116.954 9818 58331 98.7007 99.7292 9818 58348 98.8221 69.3728
2M19092389-1718586 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.17 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 32.0486 41.1099 9818 58331 32.0166 23.7092 9818 58348 31.9653 29.4400
2M19092472-1635359 (RV template + CCFs) ( SIMBAD ) H= 10.53 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 239.39 VSCATTER= 2.05 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 10.8993 123.629 9818 58331 10.1248 85.1392 9818 58348 7.03306 72.6946
2M19092769-1654317 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.68 VSCATTER= 0.41 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 93.2205 42.7708 9818 58331 92.5689 27.7827 9818 58348 92.4624 23.5352
2M19093344-1649586 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.24 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 83.6774 37.3037 9818 58331 83.5903 25.8825 9818 58348 83.5229 24.9902
2M19093361-1659334 (RV template + CCFs) ( SIMBAD ) H= 11.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 167.44 VSCATTER= 0.20 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -78.0774 89.4834 9818 58331 -78.2671 63.5916 9818 58348 -78.4816 54.3470
2M19093532-1722482 (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= 202.50 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -49.0731 108.441 9818 58331 -49.0332 68.5271 9818 58348 -49.2123 72.1515
2M19093541-1709454 (RV template + CCFs) ( SIMBAD ) H= 11.14 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 165.47 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 13.7981 90.8800 9818 58331 13.8088 53.0436 9818 58348 13.7035 60.5377
2M19093597-1700442 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.62 VSCATTER= 2.01 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -33.6823 35.2443 9818 58331 -37.6093 20.3400 9818 58348 -34.9382 23.2322
2M19093777-1653188 (RV template + CCFs) ( SIMBAD ) H= 11.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 161.10 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 34.5565 87.6144 9818 58331 34.3112 60.2409 9818 58348 34.3790 51.8155
2M19093889-1627084 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.32 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -89.8078 40.9045 9818 58331 -89.5391 30.6940 9818 58348 -89.6715 9.58640
2M19094058-1617413 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.76 VSCATTER= 0.88 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 42.3141 29.9575 9818 58331 40.5654 32.8029 9818 58348 41.2802 27.9805
2M19094266-1704532 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.45 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -31.2217 38.0392 9818 58331 -31.1501 22.3089 9818 58348 -31.1895 20.4231
2M19094347-1706361 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.77 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 0.875182 42.8443 9818 58331 0.965589 24.3555 9818 58348 0.986839 26.2562
2M19094424-1721399 (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= 166.37 VSCATTER= 0.30 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 5.65682 86.3526 9818 58331 6.06712 57.2452 9818 58348 6.24039 60.4910
2M19094454-1616007 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.53 VSCATTER= 0.11 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 -61.6812 33.6692 9818 58331 -61.7199 31.2333 9818 58348 -61.5156 23.2133
2M19094573-1630067 (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= 122.08 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 47.1753 60.5197 9818 58331 47.0094 42.1955 9818 58348 47.1917 42.1920
2M19094831-1723289 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.83 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -22.6423 47.6342 9818 58331 -22.5475 30.2032 9818 58348 -22.5940 31.6565
2M19094840-1622509 (RV template + CCFs) ( SIMBAD ) H= 11.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 168.45 VSCATTER= 0.23 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 138.784 86.1629 9818 58331 139.218 70.8251 9818 58348 139.136 44.3323
2M19095014-1708252 (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= 178.49 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 23.8673 98.5146 9818 58331 23.8118 51.6998 9818 58348 23.7945 66.8706
2M19095359-1638340 (RV template + CCFs) ( SIMBAD ) H= 8.32 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 559.22 VSCATTER= 1.02 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 -4.23548 313.231 9818 58331 -5.68468 236.993 9818 58348 999999. 222.536
2M19095586-1722306 (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= 231.23 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 32.0714 125.444 9818 58331 32.0580 70.0849 9818 58348 32.1513 85.8761
2M19095738-1637429 (RV template + CCFs) ( SIMBAD ) H= 9.97 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 306.25 VSCATTER= 1.56 RV_TEFF=19000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -14.2066 153.644 9818 58331 -12.3201 117.843 9818 58348 -11.1041 90.0835
2M19095905-1727108 (RV template + CCFs) ( SIMBAD ) H= 10.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 215.32 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -27.6905 117.296 9818 58331 -27.7360 66.9244 9818 58348 -27.6717 74.4841
2M19095955-1704239 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.21 VSCATTER= 0.24 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 -7.18071 40.3790 9818 58331 -6.82211 27.0777 9818 58348 -6.73461 26.7807
2M19095959-1700534 (RV template + CCFs) ( SIMBAD ) H= 10.87 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 160.02 VSCATTER= 1.08 RV_TEFF= 7000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 5.80436 96.1920 9818 58331 4.27066 58.6026 9818 58348 999999. 68.0621
2M19095963-1608296 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 93.32 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -85.6090 46.4062 9818 58331 -85.5107 34.9479 9818 58348 -85.4989 28.1220
2M19100028-1611391 (RV template + CCFs) ( SIMBAD ) H= 11.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 147.76 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 64.9530 72.7316 9818 58331 64.9137 54.8250 9818 58348 64.9781 48.2427
2M19100147-1623592 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 63.14 VSCATTER= 0.20 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 76.0113 12.9980 9818 58331 76.3575 33.3519 9818 58348 76.3534 23.9912
2M19100235-1620486 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.34 VSCATTER= 0.18 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 87.2366 29.0125 9818 58331 87.1268 27.0872 9818 58348 87.4767 19.6007
2M19100362-1727193 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 164.01 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 79.7342 78.7801 9818 58331 79.6898 62.8261 9818 58348 79.6572 58.9298
2M19100636-1614558 (RV template + CCFs) ( SIMBAD ) H= 10.98 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 181.28 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -134.542 91.5806 9818 58331 -134.613 72.3805 9818 58348 -134.730 51.6028
2M19101146-1618107 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.66 VSCATTER= 0.43 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 80.7687 42.3209 9818 58331 80.7189 32.0036 9818 58348 80.0021 27.3813
2M19101148-1702095 (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= 184.64 VSCATTER= 1.89 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -103.002 102.311 9818 58331 -100.662 61.4444 9818 58348 -99.2573 64.3164
2M19101212-1628256 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.43 VSCATTER= 0.29 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -108.940 40.0234 9818 58331 -108.524 34.6814
2M19101583-1707016 (RV template + CCFs) ( SIMBAD ) H= 10.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 202.97 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -123.014 119.739 9818 58331 -123.060 54.5296 9818 58348 -122.957 68.8026
2M19101706-1614244 (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= 105.98 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 197.501 49.9661 9818 58331 197.374 43.2425 9818 58348 197.383 32.1715
2M19102640-1654355 (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= 203.96 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 63.8807 105.753 9818 58331 63.9082 74.4129 9818 58348 63.8635 65.7413
2M19102651-1708112 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 65.16 VSCATTER= 3.17 RV_TEFF= 4500.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 19.2665 34.5807 9818 58331 16.4478 19.0967 9818 58348 12.9460 22.4933
2M19102714-1627571 (RV template + CCFs) ( SIMBAD ) H= 10.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 260.51 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 1.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9818 58296 112.276 134.020 9818 58331 112.556 103.292 9818 58348 112.157 72.8512
2M19102873-1724109 (RV template + CCFs) ( SIMBAD ) H= 9.88 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 294.64 VSCATTER= 1.05 RV_TEFF= 8000.00 RV_LOGG= 5.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -77.5866 173.750 9818 58331 999999. 98.1427 9818 58348 -79.0668 111.971
2M19102909-1629353 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.70 VSCATTER= 0.26 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 112.577 44.3325 9818 58331 112.718 32.5913 9818 58348 112.211 28.4614
2M19102961-1637184 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.38 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 66.6313 40.0457 9818 58331 66.9339 30.4008 9818 58348 66.7606 30.9322
2M19103069-1728477 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.53 VSCATTER= 0.26 RV_TEFF= 5500.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 95.1846 40.8263 9818 58331 94.7086 20.0222 9818 58348 94.7500 25.0705
2M19103127-1604405 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.80 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 107.753 39.2863 9818 58331 107.839 33.8729 9818 58348 107.808 23.7790
2M19103179-1658337 (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= 182.28 VSCATTER= 0.28 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 72.8872 101.490 9818 58331 73.3764 59.8045 9818 58348 72.8887 57.4398
2M19103757-1624172 (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= 201.79 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 42.0008 97.7894 9818 58331 41.9489 77.3605 9818 58348 42.0625 67.7542
2M19103765-1637479 (RV template + CCFs) ( SIMBAD ) H= 11.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 141.68 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 0.0323453 70.8784 9818 58331 0.0118437 49.7964 9818 58348 -0.0934219 49.7369
2M19103847-1639143 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.71 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 27.9320 30.9190 9818 58331 28.0348 22.6906 9818 58348 28.0039 18.6956
2M19103915-1616342 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.07 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -27.1435 33.9174 9818 58331 -27.0762 25.5331 9818 58348 -27.1695 18.8850
2M19104030-1709105 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.73 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 48.7939 37.6034 9818 58331 48.9443 17.4747 9818 58348 48.9416 25.8924
2M19104186-1635225 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.17 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -38.5437 32.6162 9818 58331 -38.8929 28.9236 9818 58348 -38.8363 20.8976
2M19104256-1619359 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.47 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 44.4957 41.2912 9818 58331 44.4554 34.9802 9818 58348 44.4336 24.1552
2M19104487-1701127 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 58.50 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -3.55572 30.2545 9818 58331 -3.72614 14.8919 9818 58348 -3.64465 21.1661
2M19104604-1612462 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.76 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 36.1686 34.0475 9818 58331 36.0264 29.0005 9818 58348 36.0431 23.0385
2M19104631-1608145 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 97.83 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -115.866 47.4976 9818 58331 -115.965 39.5561 9818 58348 -115.904 26.7884
2M19104794-1713103 (RV template + CCFs) ( SIMBAD ) H= 12.04 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 105.98 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 16.2020 57.0328 9818 58331 15.8079 33.5197 9818 58348 15.9900 37.6248
2M19105106-1724268 (RV template + CCFs) ( SIMBAD ) H= 10.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 233.34 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 7.44825 128.207 9818 58331 7.28883 62.0211 9818 58348 7.53731 87.1478
2M19105274-1722052 (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= 101.01 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 15.1280 46.8830 9818 58331 15.1344 37.0228 9818 58348 15.2500 38.1966
2M19105317-1727451 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.46 VSCATTER= 0.56 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 71.7520 47.2570 9818 58331 71.4798 21.3193 9818 58348 72.5632 28.0910
2M19105504-1639398 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.45 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -33.2203 33.9611 9818 58331 -33.1512 27.4550 9818 58348 -33.1164 25.6024
2M19105654-1624133 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.74 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -34.2908 36.8583 9818 58331 -34.3277 31.8801 9818 58348 -34.4027 22.2594
2M19105787-1609213 (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= 230.27 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 4.51664 117.804 9818 58331 4.54597 92.6090 9818 58348 4.55343 69.2468
2M19105792-1652302 (RV template + CCFs) ( SIMBAD ) H= 12.58 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.95 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -97.1950 37.6920 9818 58331 -97.2044 22.1775 9818 58348 -97.1632 22.7810
2M19105868-1729056 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 58.33 VSCATTER= 0.49 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 13.4497 29.1115 9818 58331 13.0220 13.8186 9818 58348 13.9991 23.0009
2M19110124-1702127 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.54 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -27.2536 37.7320 9818 58331 -27.3351 21.9262 9818 58348 -27.2472 24.4298
2M19110403-1602565 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.82 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -40.9518 33.8694 9818 58331 -40.9547 29.1284 9818 58348 -40.7859 19.8892
2M19110574-1702037 (RV template + CCFs) ( SIMBAD ) H= 11.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 150.62 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -38.6635 79.7658 9818 58331 -38.7841 44.6241 9818 58348 -38.7584 53.4205
2M19110591-1638288 (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= 200.65 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 29.5586 98.7027 9818 58331 29.6485 79.7435 9818 58348 29.5206 62.9526
2M19110671-1717287 (RV template + CCFs) ( SIMBAD ) H= 11.96 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 116.29 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -16.5023 59.4399 9818 58331 -16.3814 36.3102 9818 58348 -16.5170 41.2879
2M19110676-1705175 (RV template + CCFs) ( SIMBAD ) H= 11.03 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 184.17 VSCATTER= 0.08 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -39.7463 98.0921 9818 58331 -39.5796 66.3124 9818 58348 -39.6763 66.4783
2M19110828-1647490 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.01 VSCATTER= 0.33 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 38.6517 38.1264 9818 58331 38.5277 27.2278 9818 58348 38.0340 23.4777
2M19110840-1645322 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.10 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -13.2761 42.4081 9818 58331 -13.3479 29.8057 9818 58348 -13.2742 26.0422
2M19110847-1611093 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 154.21 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -136.572 75.9942 9818 58331 -136.651 61.8424 9818 58348 -136.650 47.4420
2M19110919-1631325 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.20 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 20.1363 30.5240 9818 58331 20.3279 20.7957 9818 58348 19.8940 20.2419
2M19110955-1602086 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE LOW_SNR SNR= 50.32 VSCATTER= 0.29 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -79.6456 31.3351 9818 58331 -79.4659 4.97631 9818 58348 -80.0282 13.4175
2M19111019-1701418 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.10 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -43.0100 29.8929 9818 58331 -43.3052 13.6894 9818 58348 -43.2046 23.8194
2M19111047-1707031 (RV template + CCFs) ( SIMBAD ) H= 10.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 291.18 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 18.9337 153.822 9818 58331 18.8836 87.2852 9818 58348 19.0139 103.153
2M19111086-1715231 (RV template + CCFs) ( SIMBAD ) H= 10.13 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 264.90 VSCATTER= 0.74 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 0.930199 149.505 9818 58331 999999. 73.6309 9818 58348 1.98114 108.357
2M19111086-1733343 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.98 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 2.99055 41.6000 9818 58331 2.96018 19.5097 9818 58348 2.61926 28.8317
2M19111097-1644197 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.59 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 2.31030 32.2428 9818 58331 2.28733 20.0527 9818 58348 2.33080 22.3270
2M19111469-1647095 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.75 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -13.2550 45.6247 9818 58331 -13.1334 34.3555 9818 58348 -12.9594 27.5683
2M19111670-1635574 (RV template + CCFs) ( SIMBAD ) H= 10.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 198.97 VSCATTER= 0.12 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 0.253425 99.9766 9818 58331 0.478665 72.8732 9818 58348 0.456043 68.7479
2M19111720-1728546 (RV template + CCFs) ( SIMBAD ) H= 10.89 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 201.88 VSCATTER= 0.76 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9818 58296 8.52509 106.446 9818 58331 9.84631 55.3380 9818 58348 9.81972 72.0851
2M19111816-1638048 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.69 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -45.0842 31.9427 9818 58331 -45.3038 21.9739 9818 58348 -45.0203 23.0696
2M19111917-1718055 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.73 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -85.7450 43.5681 9818 58331 -85.4414 22.1282 9818 58348 -85.4003 30.5973
2M19111949-1723255 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 166.11 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 39.0695 88.5662 9818 58331 38.8712 42.2336 9818 58348 38.9691 65.2698
2M19112032-1707123 (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= 183.21 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 20.6541 98.5364 9818 58331 20.4805 44.9363 9818 58348 20.7285 73.0104
2M19112285-1638139 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.58 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 87.5961 42.5354 9818 58331 87.2618 28.0027 9818 58348 87.4269 31.5649
2M19112298-1710499 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.77 VSCATTER= 0.28 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 74.8555 38.5816 9818 58331 74.8272 22.0922 9818 58348 74.3533 28.3456
2M19112442-1619555 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.71 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 74.2495 39.5556 9818 58331 74.2944 35.4045 9818 58348 74.3203 25.7721
2M19112459-1729594 (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= 206.16 VSCATTER= 0.01 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -11.7686 110.173 9818 58331 -11.7928 61.4110 9818 58348 -11.7696 72.3177
2M19112538-1620496 (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= 95.65 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -20.9382 45.2266 9818 58331 -20.9302 38.9434 9818 58348 -20.9402 28.1911
2M19112885-1639534 (RV template + CCFs) ( SIMBAD ) H= 10.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 246.08 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 75.2202 121.768 9818 58331 75.3273 85.2295 9818 58348 75.2352 89.4552
2M19113020-1710387 (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= 225.87 VSCATTER= 0.17 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -122.501 118.118 9818 58331 -122.679 65.2819 9818 58348 -122.838 89.0186
2M19113160-1720561 (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= 207.54 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 106.026 111.099 9818 58331 106.009 62.0473 9818 58348 105.905 75.1629
2M19113248-1640519 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.16 VSCATTER= 0.22 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 79.1831 33.1802 9818 58331 79.6237 24.7277 9818 58348 79.3573 23.4319
2M19113311-1702569 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.28 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 73.0623 26.3241 9818 58331 72.9991 17.4126 9818 58348 73.1099 22.0390
2M19113511-1719116 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.52 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -125.832 35.4825 9818 58331 -126.075 16.0379 9818 58348 -126.072 21.4891
2M19113669-1617395 (RV template + CCFs) ( SIMBAD ) H= 10.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 239.48 VSCATTER= 0.20 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -94.6252 121.339 9818 58331 -94.3760 94.9008 9818 58348 -94.2404 78.4842
2M19113784-1659425 (RV template + CCFs) ( SIMBAD ) H= 12.42 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.54 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 110.444 34.7481 9818 58331 110.454 17.3414 9818 58348 110.436 23.9075
2M19113914-1657152 (RV template + CCFs) ( SIMBAD ) H= 10.15 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 187.83 VSCATTER= 1.06 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 999999. 135.960 9818 58331 -6.30409 88.1611 9818 58348 -7.80475 96.2619
2M19114303-1704535 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 77.98 VSCATTER= 0.66 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -37.9199 41.8556 9818 58331 -38.9341 21.4733 9818 58348 -39.1602 26.1998
2M19114486-1715540 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.58 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 48.1992 32.2340 9818 58331 48.1696 22.3302 9818 58348 48.1950 25.8572
2M19114573-1609072 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.58 VSCATTER= 0.20 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 6.77760 32.7601 9818 58331 6.51391 28.6081 9818 58348 6.37950 19.5835
2M19114598-1620195 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.97 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 105.335 37.3073 9818 58331 105.273 30.2257 9818 58348 105.356 19.2270
2M19114743-1706110 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 259.11 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -36.3655 135.001 9818 58331 -36.3694 83.8453 9818 58348 -36.3127 100.485
2M19115063-1711154 (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= 224.86 VSCATTER= 0.09 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -162.061 122.350 9818 58331 -162.085 69.4221 9818 58348 -162.219 89.0634
2M19115173-1605266 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.50 VSCATTER= 1.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 13.5117 41.6704 9818 58331 14.9395 34.9744 9818 58348 15.5450 23.5813
2M19115438-1701141 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 79.83 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 13.6083 36.0307 9818 58331 13.2872 28.1452 9818 58348 13.1861 30.3352
2M19115507-1615545 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.65 VSCATTER= 0.33 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -2.19427 33.4271 9818 58331 -1.94764 28.9565 9818 58348 -2.60152 20.0044
2M19115596-1724525 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.11 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -15.2935 41.9801 9818 58331 -15.1815 25.7258 9818 58348 -15.2970 28.0746
2M19115758-1624158 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.46 VSCATTER= 0.24 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 3.36810 25.6023 9818 58331 3.09434 21.2340 9818 58348 2.88893 15.1757
2M19115854-1659181 (RV template + CCFs) ( SIMBAD ) H= 9.44 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 391.55 VSCATTER= 3.04 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9818 58296 -6.80592 181.053 9818 58331 -10.5362 153.249 9818 58348 -12.8212 137.208
2M19115880-1733340 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.35 VSCATTER= 4.71 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 15.1137 39.8871 9818 58331 11.9398 20.3945 9818 58348 5.83930 26.8351
2M19115984-1634449 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.05 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 11.5632 30.9088 9818 58331 11.5479 20.1131 9818 58348 11.6545 24.0053
2M19120112-1605451 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 97.36 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 27.9651 46.5359 9818 58331 27.7886 40.0456 9818 58348 27.9339 27.7959
2M19120165-1715134 (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= 149.67 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 63.7533 81.6743 9818 58331 63.6278 39.9852 9818 58348 63.8414 61.4403
2M19120203-1631358 (RV template + CCFs) ( SIMBAD ) H= 10.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 292.98 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 17.0842 148.971 9818 58331 17.0124 120.945 9818 58348 16.8100 88.2010
2M19120271-1725295 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.47 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 1.34773 42.6101 9818 58331 1.38648 31.7619 9818 58348 1.33183 29.8822
2M19120330-1709523 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 241.79 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -27.0399 122.138 9818 58331 -26.9812 85.8790 9818 58348 -26.9579 91.1280
2M19120361-1616108 (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= 98.86 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -19.7531 47.9614 9818 58331 -19.4752 38.4681 9818 58348 -19.3361 30.1130
2M19120374-1735184 (RV template + CCFs) ( SIMBAD ) H= 11.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 158.20 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 34.7207 82.0172 9818 58331 34.6459 50.4109 9818 58348 34.4845 56.6172
2M19120601-1610273 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.90 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 38.0865 36.0455 9818 58331 37.9940 33.7133 9818 58348 37.9572 23.5376
2M19121013-1648064 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.03 VSCATTER= 0.28 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -12.7913 37.6355 9818 58331 -13.2671 21.5575 9818 58348 -12.7692 28.3513
2M19121022-1736377 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 80.56 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -87.9468 42.4437 9818 58331 -87.9773 19.9350 9818 58348 -88.1250 29.7399
2M19121036-1602330 (RV template + CCFs) ( SIMBAD ) H= 11.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 163.16 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -117.506 80.2695 9818 58331 -117.726 66.5689 9818 58348 -117.803 47.0124
2M19121047-1627196 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.90 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -46.5873 44.0842 9818 58331 -46.5986 29.6023 9818 58348 -46.6326 24.2901
2M19121353-1655388 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.10 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 18.9743 32.8608 9818 58331 19.0001 19.2334 9818 58348 18.9763 22.1321
2M19121406-1654349 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.55 VSCATTER= 0.37 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 41.7198 31.5302 9818 58331 41.0273 17.2655 9818 58348 41.6040 21.8018
2M19121471-1735459 (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= 129.07 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 145.728 71.1933 9818 58331 145.880 30.6419 9818 58348 145.884 48.1645
2M19121523-1603211 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.85 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -28.4694 32.9778 9818 58331 -28.4062 30.2177 9818 58348 -28.2915 20.3163
2M19121525-1632038 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.51 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -66.1912 40.7636 9818 58331 -66.2745 32.9072 9818 58348 -66.1494 27.0035
2M19121578-1722522 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.95 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 39.6333 42.7659 9818 58331 39.2308 24.6015 9818 58348 39.3284 27.2938
2M19121675-1652074 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.40 VSCATTER= 1.26 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 119.557 30.1394 9818 58331 118.025 16.9179 9818 58348 117.051 25.0567
2M19121773-1708248 (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= 78.15 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 6.83908 37.7298 9818 58331 6.63319 26.3691 9818 58348 6.71422 31.4997
2M19121826-1605182 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 51.74 VSCATTER= 0.55 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -24.0684 30.2783 9818 58331 -25.0487 10.2427 9818 58348 -24.9777 14.8568
2M19121834-1628207 (RV template + CCFs) ( SIMBAD ) H= 11.93 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SUSPECT_BROAD_LINES SNR= 99.08 VSCATTER= 10.45 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -39.3736 49.2434 9818 58331 -19.5369 36.7548 9818 58348 -35.1458 32.3479
2M19122027-1702129 (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= 130.79 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -59.4434 65.8031 9818 58331 -59.4039 42.6720 9818 58348 -59.4647 46.5778
2M19122036-1644276 (RV template + CCFs) ( SIMBAD ) H= 10.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 217.85 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 95.4889 103.693 9818 58331 95.1448 81.4546 9818 58348 95.2736 81.6433
2M19122061-1735326 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.95 VSCATTER= 1.86 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -52.7972 31.3827 9818 58331 -55.0504 19.0583 9818 58348 -56.4954 22.1803
2M19122091-1651039 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.47 VSCATTER= 5.19 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -7.33645 25.5322 9818 58331 -2.50546 14.3726 9818 58348 3.03868 24.3710
2M19122147-1642492 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.13 VSCATTER= 0.27 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 87.3427 31.0084 9818 58331 86.9185 19.3510 9818 58348 86.8428 21.9529
2M19122194-1617206 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.90 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 57.1800 30.6269 9818 58331 57.1515 28.9039 9818 58348 57.1914 24.0413
2M19122493-1653510 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 45.14 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -47.9803 22.2871 9818 58348 -48.1744 21.4098
2M19122515-1700138 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 46.81 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 142.436 24.3473 9818 58331 142.214 13.4145 9818 58348 142.543 15.2618
2M19122742-1620130 (RV template + CCFs) ( SIMBAD ) H= 12.21 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.87 VSCATTER= 0.06 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -22.9877 42.2806 9818 58331 -22.9341 36.6312 9818 58348 -23.0584 23.2363
2M19122787-1649060 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.16 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -20.4631 25.0333 9818 58331 -20.3161 20.7964 9818 58348 -20.1569 24.3962
2M19122837-1719540 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.81 VSCATTER= 0.21 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 40.3975 41.8173 9818 58331 40.0195 21.6756 9818 58348 40.0335 28.3021
2M19122897-1725415 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.53 VSCATTER= 0.44 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 9.80119 29.2053 9818 58331 9.28196 18.5456 9818 58348 8.92410 21.8134
2M19122920-1629398 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.30 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 176.690 42.6598 9818 58331 176.508 33.6230 9818 58348 176.621 24.7794
2M19122936-1701127 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.32 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -5.57450 37.5925 9818 58331 -5.45020 20.3952 9818 58348 -5.48268 23.9502
2M19122960-1634449 (RV template + CCFs) ( SIMBAD ) H= 10.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 241.66 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -6.02144 119.511 9818 58331 -6.09296 94.2296 9818 58348 -6.02123 80.7668
2M19123085-1657169 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.09 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 9.13838 26.7104 9818 58331 8.92758 16.4897 9818 58348 8.95753 21.9728
2M19123243-1652489 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.02 VSCATTER= 0.07 RV_TEFF= 6000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -37.3574 37.4607 9818 58331 -37.4921 23.1037 9818 58348 -37.4336 31.5848
2M19123486-1650180 (RV template + CCFs) ( SIMBAD ) H= 10.90 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 169.23 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 64.0837 82.1801 9818 58331 64.0202 54.8753 9818 58348 64.2111 67.3645
2M19123577-1634464 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BAD_PIXELS,LOW_SNR SNR= 60.56 VSCATTER= 0.04 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 69.3515 33.5550 9818 58331 69.4087 24.7056 9818 58348 999999. 1.55107
2M19123760-1731463 (RV template + CCFs) ( SIMBAD ) H= 10.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 230.22 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 2.15000 121.311 9818 58331 2.17921 76.7633 9818 58348 2.29280 83.4476
2M19123761-1620404 (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= 86.14 VSCATTER= 0.40 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -43.4165 40.9027 9818 58331 -44.2158 39.7744 9818 58348 -43.9235 17.6830
2M19123931-1633472 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.59 VSCATTER= 0.06 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 24.9178 41.1788 9818 58331 24.7994 33.3003 9818 58348 24.8131 27.1389
2M19124081-1718461 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 58.90 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 27.8414 30.9259 9818 58331 27.6964 13.8168 9818 58348 27.8687 21.9870
2M19124119-1612451 (RV template + CCFs) ( SIMBAD ) H= 12.09 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 90.99 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 74.9338 43.8390 9818 58331 75.0230 36.5020 9818 58348 75.0125 26.3448
2M19124335-1700553 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.44 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 80.3246 26.3110 9818 58331 80.3026 16.1531 9818 58348 80.3256 18.6387
2M19124725-1713302 (RV template + CCFs) ( SIMBAD ) H= 10.02 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 254.53 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -13.1370 127.996 9818 58331 -13.2558 80.9973 9818 58348 -13.1326 100.290
2M19124738-1636583 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.47 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -71.5695 39.1002 9818 58331 -71.6221 31.3364 9818 58348 -71.5566 29.7817
2M19124741-1609032 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.47 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 72.3266 39.4096 9818 58331 72.3852 34.3210 9818 58348 72.2385 26.6234
2M19124793-1724508 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 42.34 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 9.54847 13.1676 9818 58331 9.72444 16.3679 9818 58348 9.98460 20.1452
2M19124888-1709459 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 72.06 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -11.3467 37.7081 9818 58331 -11.3286 25.8984 9818 58348 -11.4476 20.8927
2M19125124-1621089 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BAD_PIXELS,LOW_SNR SNR= 54.10 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -22.8472 32.1303 9818 58331 -22.8047 1.69853 9818 58348 -22.9430 18.2333
2M19125312-1616262 (RV template + CCFs) ( SIMBAD ) H= 11.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 152.29 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 23.7390 75.7159 9818 58331 23.9336 65.6163 9818 58348 23.8670 39.2355
2M19125407-1659468 (RV template + CCFs) ( SIMBAD ) H= 8.95 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 466.21 VSCATTER= 34.21 RV_TEFF=13000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9818 58296 22.4912 250.783 9818 58331 33.3563 155.793 9818 58348 -30.5809 151.471
2M19125542-1620251 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.88 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 109.325 31.5984 9818 58331 109.286 30.0847 9818 58348 109.380 19.7873
2M19125675-1647043 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.47 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 55.6495 24.8852 9818 58331 55.5756 17.9213 9818 58348 55.5251 19.4551
2M19125951-1607281 (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= 122.05 VSCATTER= 5.93 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -39.7411 57.6496 9818 58331 -51.0021 48.7560 9818 58348 -48.6131 38.7324
2M19130132-1639129 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.22 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 19.8185 38.4801 9818 58331 19.9322 31.3932 9818 58348 19.7900 23.0034
2M19130192-1705025 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.88 VSCATTER= 0.22 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 93.4409 37.4922 9818 58331 93.0211 23.7290 9818 58348 93.3474 22.3036
2M19130430-1613049 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 72.90 VSCATTER= 11.16 RV_TEFF= 4750.00 RV_LOGG= 5.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 48.8953 35.8380 9818 58331 31.2508 27.4448 9818 58348 28.2296 20.6950
2M19130599-1724002 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.88 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 16.1865 38.3160 9818 58331 16.1311 18.0250 9818 58348 16.4782 25.8750
2M19130748-1714012 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 52.96 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 5.44344 27.5649 9818 58331 5.36919 12.6381 9818 58348 5.26552 20.2052
2M19130768-1727466 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.24 VSCATTER= 0.04 RV_TEFF= 5500.00 RV_LOGG= 3.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -477.632 30.3183 9818 58331 -477.626 16.5681 9818 58348 -477.691 23.6806
2M19131004-1614550 (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= 189.87 VSCATTER= 0.02 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -71.1563 89.7716 9818 58331 -71.1766 81.9369 9818 58348 -71.1284 61.2294
2M19131172-1715538 (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= 173.38 VSCATTER= 0.94 RV_TEFF= 3400.00 RV_LOGG= 0.50 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -61.9357 89.3353 9818 58331 -60.5094 62.3948 9818 58348 -60.1730 63.2833
2M19131255-1658369 (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= 280.05 VSCATTER= 0.32 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -123.308 146.039 9818 58331 -123.649 117.289 9818 58348 -123.952 82.5231
2M19131564-1705091 (RV template + CCFs) ( SIMBAD ) H= 10.07 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 268.62 VSCATTER= 2.53 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 -27.6500 142.696 9818 58331 -32.6395 85.0635 9818 58348 -30.8538 91.7428
2M19131660-1702124 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.09 VSCATTER= 0.31 RV_TEFF= 4500.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 109.023 29.9855 9818 58331 109.638 24.1423 9818 58348 109.276 17.5935
2M19131776-1617169 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.63 VSCATTER= 0.26 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -45.3864 36.6465 9818 58331 -45.3002 31.8979 9818 58348 -45.7871 16.5519
2M19132001-1631481 (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= 143.69 VSCATTER= 7.91 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 9.65458 70.3060 9818 58331 -2.28037 60.0190 9818 58348 -5.31502 36.8575
2M19132097-1705021 (RV template + CCFs) ( SIMBAD ) H= 11.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 110.92 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -35.8666 53.4038 9818 58331 -35.7313 42.3598 9818 58348 -35.8545 36.2647
2M19132254-1643590 (RV template + CCFs) ( SIMBAD ) H= 12.19 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 75.07 VSCATTER= 0.94 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 5.31463 33.7829 9818 58331 6.25720 28.8725 9818 58348 7.19742 25.3350
2M19132278-1632381 (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= 145.33 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 27.7412 66.8589 9818 58331 27.6713 61.8274 9818 58348 27.7883 47.6282
2M19132300-1620358 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.07 VSCATTER= 0.30 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 39.7334 39.8444 9818 58331 39.2015 31.7709 9818 58348 39.2309 23.7889
2M19132337-1705425 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.38 VSCATTER= 0.07 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 54.5982 38.6293 9818 58331 54.5415 22.9656 9818 58348 54.6889 21.3752
2M19132411-1624065 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.55 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 15.0303 33.4934 9818 58331 14.7477 30.9035 9818 58348 14.7189 19.3611
2M19132533-1639145 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.68 VSCATTER= 0.13 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 11.2247 38.2605 9818 58331 11.1540 34.8624 9818 58348 10.9806 22.7176
2M19132556-1715315 (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= 72.37 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 10.0924 7.10290 9818 58331 9.99707 38.7378 9818 58348 10.2076 31.8297
2M19132884-1650294 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.01 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 44.9514 26.6482 9818 58331 44.8987 20.1915 9818 58348 44.9743 19.6310
2M19132932-1621304 (RV template + CCFs) ( SIMBAD ) H= 10.81 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 181.46 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -17.3613 91.4899 9818 58331 -17.2679 78.2822 9818 58348 -17.3606 43.0484
2M19133064-1638386 (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= 101.29 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 26.8083 49.7885 9818 58331 26.8783 43.3970 9818 58348 26.7717 22.3658
2M19133072-1639380 (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= 226.05 VSCATTER= 0.06 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -58.0646 107.666 9818 58331 -58.1931 102.640 9818 58348 -58.1354 65.0739
2M19133114-1703168 (RV template + CCFs) ( SIMBAD ) H= 10.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 48.99 VSCATTER= 0.41 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -41.5404 28.0019 9818 58331 -40.7484 6.71883 9818 58348 -41.3123 17.1140
2M19133563-1637436 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.80 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 51.4862 33.9876 9818 58331 51.7804 31.5673 9818 58348 51.6442 22.4679
2M19133651-1614483 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.97 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 40.4792 32.3451 9818 58331 40.4841 29.8889 9818 58348 40.3892 19.8536
2M19133831-1706075 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.82 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -79.5384 27.9891 9818 58331 -79.7539 19.9847 9818 58348 -79.8120 19.4265
2M19134076-1642073 (RV template + CCFs) ( SIMBAD ) H= 9.89 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 278.68 VSCATTER= 0.83 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 9818 58296 6.36009 144.327 9818 58331 7.53470 128.354 9818 58348 999999. 83.5245
2M19134691-1630508 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.31 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 36.2813 26.3124 9818 58331 36.3090 25.6166 9818 58348 36.0863 16.8321
2M19134827-1624326 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.73 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -12.8974 21.8811 9818 58331 -13.0745 26.3025 9818 58348 -13.0173 14.3552
2M19134872-1626121 (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= 64.81 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -70.4816 30.5464 9818 58331 -70.6998 24.8037 9818 58348 -70.7834 19.8046
2M19135058-1629042 (RV template + CCFs) ( SIMBAD ) H= 12.80 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.91 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -118.133 25.5003 9818 58331 -118.305 22.1510 9818 58348 -118.082 15.4947
2M19135310-1651076 (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= 212.39 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -36.0141 100.957 9818 58331 -36.0585 85.3424 9818 58348 -36.1615 74.0204
2M19135330-1647148 (RV template + CCFs) ( SIMBAD ) H= 11.01 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 178.58 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 23.8354 89.0133 9818 58331 23.8381 73.1118 9818 58348 23.8009 47.1036
2M19135552-1630056 (RV template + CCFs) ( SIMBAD ) H= 11.12 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 156.61 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 29.9589 72.8726 9818 58331 30.0705 66.3338 9818 58348 30.0391 47.1037
2M19135673-1717294 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.21 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 -1.06116 27.7013 9818 58348 -1.01814 26.0234
2M19135801-1702132 (RV template + CCFs) ( SIMBAD ) H= 10.07 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 242.28 VSCATTER= 0.11 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -102.125 115.813 9818 58331 -102.258 89.6356 9818 58348 -102.050 92.7837
2M19135821-1708058 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 60.27 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 62.8197 28.6766 9818 58331 63.1124 19.5143 9818 58348 62.9343 22.1452
2M19140210-1703395 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.27 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 1.32926 24.7650 9818 58331 0.962979 15.4701 9818 58348 1.08127 22.6729
2M19140222-1620231 (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= 131.42 VSCATTER= 0.19 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -19.0196 60.7188 9818 58331 -19.0033 54.7761 9818 58348 -18.6906 39.9196
2M19140312-1651262 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 49.17 VSCATTER= 0.49 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 -279.604 22.6896 9818 58331 -280.225 19.8351 9818 58348 -280.569 14.3467
2M19140480-1623280 (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= 222.25 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -43.2543 104.936 9818 58331 -43.2739 90.8716 9818 58348 -43.3401 74.2675
2M19140561-1627294 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.20 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 -17.9081 40.4079 9818 58331 -17.7188 30.2402 9818 58348 -17.8085 23.3775
2M19140602-1705548 (RV template + CCFs) ( SIMBAD ) H= 10.74 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 138.84 VSCATTER= 0.07 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 999999. 75.6748 9818 58331 -1.79683 63.1869 9818 58348 -1.89313 73.0687
2M19140924-1622567 (RV template + CCFs) ( SIMBAD ) H= 11.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 141.35 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -65.5319 68.2300 9818 58331 -65.5424 55.7292 9818 58348 -65.5419 44.4755
2M19141288-1715586 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.96 VSCATTER= 0.35 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 -34.1869 33.9251 9818 58331 -33.8460 22.2135 9818 58348 -33.4910 30.2561
2M19141382-1702472 (RV template + CCFs) ( SIMBAD ) H= 11.10 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 161.32 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 5.74971 75.6383 9818 58331 5.66695 65.8035 9818 58348 5.61597 54.0301
2M19141396-1635330 (RV template + CCFs) ( SIMBAD ) H= 10.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 241.64 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 36.9647 123.604 9818 58331 36.9403 101.366 9818 58348 36.8325 57.8838
2M19142469-1648345 (RV template + CCFs) ( SIMBAD ) H= 10.59 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 165.89 VSCATTER= 0.19 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 9818 58296 17.3997 101.534 9818 58331 999999. 84.7881 9818 58348 17.6652 51.9394
2M19142775-1649180 (RV template + CCFs) ( SIMBAD ) H= 11.74 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 101.62 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 84.0658 48.7744 9818 58331 83.9862 39.8178 9818 58348 83.8478 29.8422
2M19143110-1714284 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.30 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -58.6213 28.4691 9818 58331 -58.5538 21.4599 9818 58348 -58.7010 30.2027
2M19143389-1706506 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.42 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -60.1742 29.3097 9818 58331 -59.9147 17.7002 9818 58348 -60.0770 19.1937
2M19143524-1633391 (RV template + CCFs) ( SIMBAD ) H= 11.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 123.13 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 9818 58296 15.2826 60.0536 9818 58331 15.2673 49.4205 9818 58348 15.3015 33.2705
2M19143525-1656529 (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= 181.71 VSCATTER= 0.20 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -70.9017 95.4983 9818 58331 -71.2676 69.0217 9818 58348 -71.2341 52.5511
2M19143783-1703236 (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= 182.32 VSCATTER= 0.09 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 -82.1810 85.1100 9818 58331 -82.1634 68.6353 9818 58348 -82.3240 70.3947
2M19143827-1658506 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 60.57 VSCATTER= 0.45 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 9818 58296 125.431 29.9576 9818 58331 124.665 21.9286 9818 58348 125.456 18.0271
2M19144414-1650278 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 60.24 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 9818 58296 36.7131 29.9412 9818 58331 36.5800 22.4706 9818 58348 36.6657 17.0718
2M19150277-1646329 (RV template + CCFs) ( SIMBAD ) H= 10.48 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_BROAD_LINES SNR= 174.14 VSCATTER= 0.52 RV_TEFF= 7000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 9818 58296 11.0460 104.337 9818 58331 999999. 71.1942 9818 58348 10.3078 58.7676