Field: 064-06 Location ID: 064-06

2M20085849+2359367 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 40.40 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -97.4562 22.6183 10101 58277 -97.1863 18.8485 10101 58300 -97.4262 22.0202
2M20085995+2411455 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 28.54 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 42.7706 14.5433 10101 58277 42.6821 16.5415 10101 58300 42.6693 15.5601
2M20090021+2415366 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 31.50 VSCATTER= 0.14 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -183.959 16.1411 10101 58277 -184.215 15.7259 10101 58300 -183.978 17.9540
2M20090887+2422408 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 27.13 VSCATTER= 0.00 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58063 -96.0888 20.2099
2M20091940+2353485 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 32.32 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -21.9700 19.6898 10101 58277 -22.0851 16.1723 10101 58300 -22.0304 14.6049
2M20091949+2421449 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 26.46 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 20.8050 15.8871 10101 58277 20.9107 13.3013 10101 58300 20.7357 14.4650
2M20092101+2405301 (RV template + CCFs) ( SIMBAD ) H= 10.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 125.72 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 14.9700 69.5989 10022 58063 14.9808 58.8452 10022 58244 15.1010 50.0271
2M20092113+2425442 (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= 108.65 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -49.2029 61.0013 10022 58063 -48.9802 40.5631 10022 58244 -49.1285 34.2524
2M20092422+2359405 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 27.45 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -52.3387 19.5557 10022 58063 -52.4178 17.2459 10022 58244 999999. 16.9827
2M20092594+2354229 (RV template + CCFs) ( SIMBAD ) H= 8.79 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 504.89 VSCATTER= 1.97 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 11.9105 169.480 10022 58063 12.7192 173.208 10022 58244 11.2040 129.198 10101 58273 8.69843 173.053 10101 58277 7.69524 154.077 10101 58300 11.4565 175.170
2M20092830+2402079 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_ANCILLARY LOW_SNR,PERSIST_LOW SNR= 2.21 VSCATTER= 0.00 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58277 364.654 1.93047
2M20092957+2428234 (RV template + CCFs) ( SIMBAD ) H= 10.92 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 186.22 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -19.6717 76.0717 10101 58277 -19.6333 80.9022 10101 58300 -19.4782 76.9622
2M20093351+2355036 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 30.79 VSCATTER= 0.32 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -4.10946 18.4490 10022 58063 -4.72005 16.5561 10022 58244 -4.60679 14.6883
2M20093365+2405567 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 39.32 VSCATTER= 0.15 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -106.777 19.8643 10101 58277 -107.079 19.2084 10101 58300 -106.984 24.0561
2M20093497+2335566 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 43.05 VSCATTER= 0.34 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 4.99542 23.8623 10022 58063 4.32983 20.2804 10022 58244 4.58163 19.5671
2M20093564+2410298 (RV template + CCFs) ( SIMBAD ) H= 10.12 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 177.84 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 9.03459 81.0542 10101 58277 9.03117 82.9662 10101 58300 9.04608 90.9646
2M20093725+2422593 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 98.69 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -89.4682 37.4243 10101 58277 -89.4712 43.5707 10101 58300 -89.4163 45.2822
2M20093888+2448507 (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= 111.38 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -130.577 49.3999 10101 58277 -130.592 44.0229 10101 58300 -130.616 49.5268
2M20093915+2416007 (RV template + CCFs) ( SIMBAD ) H= 11.84 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 61.97 VSCATTER= 0.12 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -156.717 38.2592 10022 58063 -156.809 30.9540 10022 58244 -156.956 26.8224
2M20093948+2445593 (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= 175.55 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 54.3228 75.2589 10101 58277 54.1253 69.8426 10101 58300 54.1969 80.5049
2M20094019+2407004 (RV template + CCFs) ( SIMBAD ) H= 10.08 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 175.63 VSCATTER= 0.03 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -40.5728 90.3607 10022 58063 -40.5282 100.587 10022 58244 -40.5792 49.6525
2M20094035+2425505 (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= 123.13 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -2.36900 49.3392 10101 58277 -2.30672 50.6571 10101 58300 -2.23598 55.4375
2M20094278+2405130 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 30.44 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -4.71152 18.1217 10101 58277 -4.84602 15.2286 10101 58300 -4.71594 14.2754
2M20094479+2400225 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 43.09 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -104.891 24.1863 10101 58277 -104.720 19.3351 10101 58300 -104.635 23.6965
2M20094638+2425158 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.60 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 10.9928 33.7356 10022 58063 11.0087 10.2576 10022 58244 11.0982 19.0011
2M20094748+2423589 (RV template + CCFs) ( SIMBAD ) H= 11.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 112.63 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -25.1317 61.8398 10022 58063 -25.1632 44.8816 10022 58244 -25.1858 33.9437
2M20094774+2450497 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 48.97 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -45.4739 25.7624 10022 58063 -45.4428 22.4951 10022 58244 -45.2591 17.4584
2M20095106+2410292 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 38.70 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -18.7138 21.9441 10101 58277 -18.7130 19.9650 10101 58300 -18.6320 19.8239
2M20095433+2450328 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.24 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -43.8286 32.8701 10101 58277 -43.8177 31.2345 10101 58300 -43.9508 34.0255
2M20095552+2441565 (RV template + CCFs) ( SIMBAD ) H= 10.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 266.70 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -10.7184 111.273 10101 58277 -10.7353 109.097 10101 58300 -10.6805 118.416
2M20095748+2419455 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 43.71 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -45.8444 24.5428 10022 58063 -45.8637 25.0286 10022 58244 -45.8162 20.9049
2M20095891+2408186 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 37.40 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 7.49342 21.3913 10022 58063 7.53947 22.4222 10022 58244 7.60987 18.1518
2M20095995+2437577 (RV template + CCFs) ( SIMBAD ) H= 11.80 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT VERY_BRIGHT_NEIGHBOR SNR= 114.67 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 0.127666 61.2186 10022 58063 -0.0555458 48.4607 10022 58244 0.0379944 33.5620
2M20100150+2340386 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 44.29 VSCATTER= 0.21 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 10.5114 22.7453 10101 58277 10.5437 16.0542 10101 58300 10.8827 21.6525
2M20100164+2407058 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 35.95 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 3.78356 24.0731 10022 58063 3.80018 24.1973 10022 58244 999999. 20.0936
2M20100408+2430184 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.28 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -117.379 40.6366 10022 58063 -117.034 31.0113 10022 58244 -117.139 23.7943
2M20100464+2427579 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 76.69 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -89.4099 30.9941 10101 58277 -89.3208 31.8108 10101 58300 -89.2177 35.5025
2M20100505+2328427 (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 BRIGHT_NEIGHBOR,PERSIST_LOW,SUSPECT_BROAD_LINES SNR= 75.07 VSCATTER= 0.24 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 7.53772 37.5127 10101 58277 7.13665 32.3388 10101 58300 7.55355 30.3226
2M20100625+2405539 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_ANCILLARY PERSIST_LOW SNR= 43.52 VSCATTER= 1.06 RV_TEFF= 6500.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -53.2462 23.5412 10101 58277 -52.4449 19.9976 10101 58300 -54.5363 25.3999
2M20101033+2446249 (RV template + CCFs) ( SIMBAD ) H= 11.85 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 109.92 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -1.38989 57.8986 10022 58063 -1.31978 47.3080 10022 58244 -1.44636 32.5646
2M20101308+2335008 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 51.54 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -66.3686 26.4137 10022 58063 -66.4385 25.6422 10022 58244 -66.3769 21.1418
2M20101323+2328077 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 86.04 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -26.5019 38.7593 10101 58277 -26.6943 41.1832 10101 58300 -26.5162 35.7015
2M20101342+2442244 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.79 VSCATTER= 0.15 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -121.394 35.2824 10022 58063 -121.623 25.6410 10022 58244 -121.329 18.7708
2M20101403+2320117 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.57 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -25.6897 25.4031 10022 58063 -25.7193 29.8222 10022 58244 -25.6994 20.3700
2M20101407+2445097 (RV template + CCFs) ( SIMBAD ) H= 10.83 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 184.39 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -9.39096 90.5678 10101 58300 -9.62187 95.7174
2M20101463+2404296 (RV template + CCFs) ( SIMBAD ) H= 11.04 APOGEE2_ANCILLARY LOW_SNR,PERSIST_LOW,PERSIST_JUMP_NEG,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 0.00 VSCATTER= -1.00 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -446.260 1.19602 10101 58277 999999. 3.85287
2M20101517+2447026 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.83 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -41.9687 33.2944 10101 58277 -42.0104 34.5250 10101 58300 -41.8878 39.2771
2M20101670+2449591 (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= 101.96 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -75.5815 42.2243 10101 58277 -75.6254 43.1306 10101 58300 -75.5505 46.1855
2M20101695+2408295 (RV template + CCFs) ( SIMBAD ) H= 10.00 APOGEE2_EB PERSIST_LOW,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 156.34 VSCATTER= 0.12 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 999999. 111.345 10022 58063 -66.3475 101.040 10022 58244 -66.5110 87.8084
2M20101799+2342440 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 34.65 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -51.9850 19.2570 10101 58277 -52.0500 14.3340 10101 58300 -51.9964 13.4630
2M20102204+2453463 (RV template + CCFs) ( SIMBAD ) H= 11.96 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT VERY_BRIGHT_NEIGHBOR SNR= 104.73 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -135.087 58.3687 10022 58063 -135.129 42.5973 10022 58244 -135.159 30.2509
2M20102390+2345551 (RV template + CCFs) ( SIMBAD ) H= 10.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 145.16 VSCATTER= 0.06 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -30.9502 73.8885 10022 58063 -30.9918 63.4140 10022 58244 -31.0599 62.2818
2M20102400+2431511 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.68 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10101 58273 -265.368 33.2865 10101 58277 -265.387 34.0369 10101 58300 -265.213 36.3708
2M20102557+2418520 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 48.43 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -41.5823 21.6911 10101 58277 -41.5021 22.8178 10101 58300 -41.7933 28.7060
2M20102577+2349575 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 36.37 VSCATTER= 0.21 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -41.2176 17.6684 10101 58277 -41.1005 13.7203 10101 58300 -41.5051 18.3786
2M20102590+2500235 (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= 169.68 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -12.2424 78.0792 10022 58063 -12.1268 80.2174 10022 58244 -12.0782 52.0501
2M20102804+2502568 (RV template + CCFs) ( SIMBAD ) H= 6.73 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 1753.43 VSCATTER= 1.08 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -1.90862 610.860 10022 58063 -1.23071 544.718 10101 58273 -2.78615 541.949 10101 58277 -3.09138 550.094 10101 58300 -4.01376 585.630
2M20102841+2447033 (RV template + CCFs) ( SIMBAD ) H= 11.57 APOGEE2_ANCILLARY LOW_SNR,PERSIST_JUMP_NEG SNR= 1.47 VSCATTER= 0.00 RV_TEFF= 3200.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58277 436.964 1.83559
2M20102875+2423424 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.45 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -44.2263 45.9380 10022 58063 -44.2009 40.0601 10022 58244 999999. 28.9168
2M20103255+2351312 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 44.03 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -67.2020 18.6281 10101 58277 -67.2206 15.1119 10101 58300 -66.9522 24.6568
2M20103484+2444085 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.57 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -10.0044 39.0074 10022 58063 -10.1227 29.0851 10022 58244 -9.99378 22.1432
2M20103877+2444277 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.97 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -83.4656 31.4653 10101 58277 -83.4182 28.0975 10101 58300 -83.3175 32.1102
2M20103912+2320526 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.48 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 23.5873 33.1133 10022 58063 23.6810 27.2177 10022 58244 23.6856 25.1222
2M20103927+2457197 (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= 155.27 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 7.53615 80.5639 10022 58063 7.54761 70.4546 10022 58244 7.68181 40.7671
2M20103993+2328501 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE VERY_BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 60.17 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -98.6244 23.8536 10101 58277 -98.6848 26.0951 10101 58300 -98.5367 30.6406
2M20104097+2421302 (RV template + CCFs) ( SIMBAD ) H= 12.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 102.93 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -103.912 44.9862 10101 58277 -103.870 42.4930 10101 58300 -103.877 44.8749
2M20104163+2423350 (RV template + CCFs) ( SIMBAD ) H= 11.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 113.51 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -11.6083 57.9562 10022 58063 -11.6845 48.9720 10022 58244 -11.5229 35.8507
2M20104166+2426502 (RV template + CCFs) ( SIMBAD ) H= 11.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 159.97 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 19.9928 68.8764 10101 58277 19.9744 68.0954 10101 58300 19.9240 64.3307
2M20104242+2455133 (RV template + CCFs) ( SIMBAD ) H= 10.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 225.31 VSCATTER= 0.12 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58277 40.9669 112.455 10101 58300 41.1404 123.815
2M20104511+2311524 (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= 115.54 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -109.207 48.0275 10101 58277 -109.224 50.7032 10101 58300 -109.241 54.3021
2M20104886+2405189 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 45.74 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -23.5145 22.5093 10101 58277 -23.3331 20.2486 10101 58300 -23.4427 27.5490
2M20105005+2331383 (RV template + CCFs) ( SIMBAD ) H= 7.26 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_LOW,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 1384.72 VSCATTER= 21.24 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10022 58059 -6.69156 464.200 10022 58063 -14.4531 456.102 10022 58244 28.7076 352.126 10101 58273 -14.9681 433.545 10101 58277 31.1387 416.902 10101 58300 -6.02247 454.936
2M20105138+2435485 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.91 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -7.77155 38.3802 10022 58063 -7.77650 29.5158 10022 58244 -7.99121 24.2568
2M20105144+2426402 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.95 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -45.0984 40.0269 10022 58063 -45.1253 31.9753 10022 58244 -45.0190 25.5588
2M20105191+2311373 (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= 82.21 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -19.7575 35.1169 10101 58277 -19.4489 39.6942 10101 58300 -19.5818 35.1636
2M20105195+2324390 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.75 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -107.214 32.9541 10101 58277 -107.190 28.3262 10101 58300 -107.188 31.9434
2M20105307+2430257 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.89 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -36.8612 41.4814 10101 58277 -36.6860 37.9723 10101 58300 -36.6719 40.9385
2M20105315+2439514 (RV template + CCFs) ( SIMBAD ) H= 13.52 APOGEE2_ANCILLARY SNR= 11.89 VSCATTER= 4.99 RV_TEFF= 7500.00 RV_LOGG= 3.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10101 58273 -220.253 6.80443 10101 58277 999999. 7.51344 10101 58300 -227.307 7.22516
2M20105445+2332286 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.04 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -37.6583 31.1070 10101 58277 -37.4890 26.0200 10101 58300 -37.5759 32.7536
2M20105515+2442307 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 95.16 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -50.6079 42.7179 10101 58277 -50.9999 39.8639 10101 58300 -50.9312 40.2250
2M20105983+2355337 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 41.80 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -55.8577 25.3374 10022 58063 -56.0583 21.2219 10022 58244 -55.6874 19.7040
2M20110067+2425399 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.61 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -13.0301 36.7362 10022 58063 -13.1006 29.7491 10022 58244 -12.7707 22.3211
2M20110181+2505459 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 70.19 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10101 58273 -91.0993 30.0892 10101 58277 -91.0459 30.7447 10101 58300 -91.1229 33.9807
2M20110480+2434117 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.73 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -35.5079 29.3917 10101 58277 -35.5139 28.3645
2M20110531+2503263 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.88 VSCATTER= 0.19 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -107.102 47.3708 10022 58063 -106.729 37.7414 10022 58244 -106.863 23.2873
2M20110643+2510089 (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 VERY_BRIGHT_NEIGHBOR SNR= 80.69 VSCATTER= 0.37 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -116.109 41.2419 10022 58063 -115.675 41.7627 10022 58244 -115.371 14.8052
2M20110691+2329005 (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= 204.94 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -56.6655 89.3048 10101 58277 -56.7141 89.3634 10101 58300 -56.6875 81.5336
2M20111148+2305096 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.61 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -74.6639 30.7195 10022 58063 -74.7066 25.0926 10022 58244 -74.8162 23.6709
2M20111443+2427308 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.85 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -77.5245 49.4708 10022 58063 -77.5713 39.8037 10022 58244 -77.5789 32.1129
2M20111470+2311528 (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= 98.26 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 7.10227 52.4185 10022 58063 7.08421 39.3818 10022 58244 7.06409 39.6512
2M20111534+2348076 (RV template + CCFs) ( SIMBAD ) H= 11.87 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 88.49 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -43.0166 49.5603 10022 58063 -42.8219 38.9984 10022 58244 -43.0029 34.6988
2M20111536+2431069 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 104.43 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -69.8682 46.1100 10101 58277 -69.8721 41.4149 10101 58300 -69.7792 45.3871
2M20111551+2454181 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 88.57 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -5.11277 38.4913 10101 58277 -5.22952 36.7467 10101 58300 -5.23312 41.6755
2M20111675+2510143 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.65 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -48.3434 29.7686 10022 58063 -48.0786 24.3748 10022 58244 -48.1624 18.4391
2M20111683+2426096 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 104.96 VSCATTER= 0.01 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -2.11375 44.3908 10101 58277 -2.14018 42.4253 10101 58300 -2.12455 46.2982
2M20111782+2411495 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 35.12 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -66.5299 29.9293 10022 58244 -66.2829 18.5457
2M20111868+2344111 (RV template + CCFs) ( SIMBAD ) H= 10.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 153.43 VSCATTER= 0.00 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -107.594 91.4466 10022 58063 -107.589 78.4409 10022 58244 999999. 59.8947
2M20112028+2502227 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE VERY_BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 82.66 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -71.8271 35.0630 10101 58277 -72.0676 35.3514 10101 58300 -71.7606 39.6210
2M20112200+2445509 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 78.48 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -49.7603 42.7044 10022 58063 -49.7958 32.7036 10022 58244 -49.7760 25.1543
2M20112378+2512138 (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= 175.78 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 21.4488 73.6535 10101 58277 21.5619 77.9447 10101 58300 21.4470 77.0993
2M20112569+2413406 (RV template + CCFs) ( SIMBAD ) H= 10.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 193.83 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -146.684 92.5029 10101 58277 -146.779 84.7366 10101 58300 -146.703 93.8382
2M20112582+2356389 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 49.63 VSCATTER= 0.18 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -32.6048 28.6073 10022 58063 -32.6647 22.5173 10022 58244 -32.3357 17.2641
2M20112650+2333053 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.40 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -52.6333 28.7510 10101 58277 -52.3612 27.5686 10101 58300 -52.5744 30.1969
2M20112673+2409338 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 55.30 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -85.6351 35.3290 10022 58063 -85.7054 28.6426 10022 58244 -85.4058 25.1582
2M20112830+2449156 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.08 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -70.8923 29.9187 10101 58277 -70.8478 28.8912 10101 58300 -70.8958 35.0283
2M20113000+2446100 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.30 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 13.7627 47.7656 10022 58063 13.9851 39.1829 10022 58244 999999. 29.3833
2M20113012+2425153 (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= 191.86 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 3.72729 79.5992 10101 58277 3.75016 73.0932 10101 58300 3.70895 86.7244
2M20113103+2413562 (RV template + CCFs) ( SIMBAD ) H= 12.50 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 39.99 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 13.5414 29.4098 10022 58063 13.4634 24.0864 10022 58244 999999. 19.6095
2M20113287+2459539 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.24 VSCATTER= 0.37 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -69.1439 37.5296 10022 58063 -69.8744 29.9449 10022 58244 -69.5153 20.5431
2M20113344+2423238 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.63 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -47.6219 41.5888 10022 58063 -47.6122 31.3980 10022 58244 -47.8842 23.4274
2M20113590+2501577 (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= 143.68 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -44.8478 64.0627 10101 58277 -44.8769 62.9470 10101 58300 -44.8372 61.2709
2M20113666+2328342 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.01 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -54.9994 35.1917 10101 58277 -54.8023 31.1120 10101 58300 -55.0322 33.7641
2M20113814+2351471 (RV template + CCFs) ( SIMBAD ) H= 10.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 213.93 VSCATTER= 0.20 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -27.9294 110.575 10022 58063 -28.0110 91.6473 10022 58244 -27.6388 68.7971
2M20113817+2418108 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 35.74 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -93.4189 20.7484 10022 58063 -93.6576 21.8847 10022 58244 -93.5613 17.0289
2M20114036+2442512 (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= 114.60 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 1.81151 48.1607 10101 58277 2.14182 48.3805 10101 58300 1.90304 49.0451
2M20114150+2436102 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.07 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -55.2282 28.0992 10101 58277 -55.2352 24.3581 10101 58300 -55.3526 31.4083
2M20114413+2414026 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 47.91 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 35.7713 20.6137 10101 58277 35.9712 25.1195 10101 58300 35.7466 26.3847
2M20114551+2344110 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 60.39 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -102.939 32.9128 10022 58063 -102.819 28.2965 10022 58244 -103.043 20.9305
2M20114663+2301263 (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= 97.96 VSCATTER= 0.20 RV_TEFF= 4000.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10022 58059 -92.8178 48.9799 10022 58063 -92.7629 43.7344 10022 58244 -93.1269 40.2715
2M20114732+2256537 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 45.88 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -57.4009 22.6279 10022 58063 -57.0844 22.4506 10022 58244 -57.1139 22.0200
2M20114847+2439023 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.95 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -76.9924 35.6287 10101 58277 -77.1009 30.1012 10101 58300 -76.9316 37.0469
2M20115071+2523327 (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= 51.78 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -14.5425 32.1915 10022 58063 -14.2285 19.3953 10022 58244 -14.6377 18.2969
2M20115195+2523361 (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= 78.70 VSCATTER= 0.24 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -93.9530 41.1454 10101 58277 -93.9148 39.0747 10101 58300 -93.5210 21.4290
2M20115506+2315038 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.44 VSCATTER= 0.21 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -74.9265 33.2521 10022 58063 -74.7473 27.1746 10022 58244 -74.5086 25.3337
2M20115599+2416387 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 43.26 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -68.5372 28.4787 10022 58063 -68.5549 23.7093 10022 58244 -68.4205 18.1794
2M20115681+2336305 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.34 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -19.6313 39.1957 10022 58063 -19.7665 29.1964 10022 58244 -19.8276 26.4416
2M20120012+2314535 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.69 VSCATTER= 0.31 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 5.84843 35.6384 10101 58277 6.08677 34.2536 10101 58300 5.46982 34.0685
2M20120337+2423239 (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= 187.21 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 42.0808 80.5326 10101 58277 42.2161 78.3166 10101 58300 42.3060 74.6759
2M20120444+2351280 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 55.18 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -45.0271 30.5478 10022 58063 -44.9619 25.4520 10022 58244 -44.9423 19.5919
2M20120472+2430322 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.83 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -14.3634 44.0299 10022 58063 -14.3717 26.6745 10022 58244 -14.4859 28.4039
2M20120623+2440004 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 104.14 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 18.0451 45.7434 10101 58277 18.0298 41.8181 10101 58300 18.1569 43.8631
2M20120743+2450159 (RV template + CCFs) ( SIMBAD ) H= 11.88 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 113.30 VSCATTER= 0.14 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -101.691 51.0041 10101 58277 -101.413 42.9307 10101 58300 -101.482 52.0132
2M20120753+2401524 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 64.18 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 1.72163 35.6003 10022 58063 1.69538 26.2473 10022 58244 1.52052 24.2023
2M20120761+2504494 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SUSPECT_BROAD_LINES SNR= 69.51 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -71.8039 31.4281 10101 58277 -71.5970 29.9092 10101 58300 -71.8187 30.8496
2M20120766+2435029 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 92.38 VSCATTER= 0.00 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -43.6030 49.6052 10022 58063 -43.5978 40.4063 10022 58244 -43.6012 28.0600
2M20120773+2302085 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.56 VSCATTER= 0.53 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -46.1687 36.3547 10101 58277 -45.9997 34.1109 10101 58300 -45.1823 35.6422
2M20120993+2253278 (RV template + CCFs) ( SIMBAD ) H= 10.03 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 242.23 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -1.05649 115.565 10022 58063 -1.15543 101.322 10022 58244 -1.12462 95.7015
2M20121292+2509287 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.34 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -71.3437 35.2702 10101 58277 -71.1029 36.1966 10101 58300 -71.3203 36.4604
2M20121298+2425548 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.16 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -20.4344 46.3399 10022 58063 -20.4628 38.7868 10022 58244 -20.4630 30.8682
2M20121518+2517204 (RV template + CCFs) ( SIMBAD ) H= 8.03 APOGEE2_ANCILLARY,APOGEE2_AGB SNR= 627.17 VSCATTER= 0.27 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 12.4188 327.996 10022 58063 12.7924 298.764 10022 58244 12.2755 211.691
2M20121589+2423547 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.31 VSCATTER= 0.33 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 19.8104 37.6708 10022 58063 19.7971 32.6841 10022 58244 20.3737 25.5466
2M20121619+2448448 (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= 118.31 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -19.2652 59.0286 10022 58063 -19.4203 51.6752 10022 58244 -19.2479 38.2563
2M20121633+2405292 (RV template + CCFs) ( SIMBAD ) H= 11.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 110.45 VSCATTER= 0.12 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10101 58273 -43.8404 55.7561 10101 58277 -43.6083 62.1821 10101 58300 -43.7860 61.2335
2M20121890+2333585 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.28 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -5.08323 37.1137 10022 58063 -5.00401 31.2200 10022 58244 -4.98858 26.5703
2M20121902+2421110 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 61.07 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -5.69284 39.3171 10022 58063 -5.83066 31.9951 10022 58244 -5.76515 27.5701
2M20121962+2447184 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.02 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -102.628 37.7564 10101 58277 -102.496 28.1300 10101 58300 -102.645 30.6587
2M20122025+2442139 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 91.04 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 20.1805 41.7531 10101 58277 20.3374 33.1724 10101 58300 20.3237 41.8291
2M20122036+2429190 (RV template + CCFs) ( SIMBAD ) H= 11.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 125.89 VSCATTER= 0.27 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -123.446 62.6864 10022 58063 -123.303 57.2260 10022 58244 -122.925 39.3623
2M20122048+2255530 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.44 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -78.3355 37.8026 10022 58063 -78.2907 26.0456 10022 58244 -78.4249 25.5499
2M20122180+2257048 (RV template + CCFs) ( SIMBAD ) H= 11.95 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 97.75 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -24.0389 41.7851 10101 58277 -23.9508 42.2009 10101 58300 -24.1081 43.0303
2M20122258+2401303 (RV template + CCFs) ( SIMBAD ) H= 10.50 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 185.08 VSCATTER= 0.37 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -44.2971 107.636 10022 58063 -44.3294 90.1495 10022 58244 -43.6676 68.7695
2M20122270+2407181 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 56.28 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -73.1539 29.1175 10101 58277 -73.0670 32.4508 10101 58300 -72.9670 33.0841
2M20122313+2446529 (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= 193.35 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -21.2372 94.9672 10022 58063 -21.1411 79.3977 10022 58244 -21.3540 64.4279
2M20122442+2301160 (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= 144.79 VSCATTER= 0.10 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -26.1534 64.3683 10101 58277 -26.1766 59.2962 10101 58300 -25.9974 62.3432
2M20122494+2349269 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 73.03 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -80.8888 41.5666 10022 58063 -80.9301 31.3703 10022 58244 -80.7752 24.2801
2M20122565+2323033 (RV template + CCFs) ( SIMBAD ) H= 12.13 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 87.42 VSCATTER= 1.58 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -29.7127 50.1710 10022 58063 -29.5779 31.5247 10022 58244 -26.9052 33.1491
2M20122675+2435210 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 84.87 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -80.9125 37.8153 10101 58277 -80.7946 34.2278 10101 58300 -80.8575 37.4444
2M20122688+2357278 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 45.27 VSCATTER= 0.18 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -17.2559 28.8859 10022 58063 -17.1393 19.6148 10022 58244 -16.8967 19.7278
2M20122694+2421370 (RV template + CCFs) ( SIMBAD ) H= 10.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 235.43 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 2.86731 125.256 10022 58063 2.92229 91.8373 10022 58244 2.89557 86.0180
2M20122717+2331318 (RV template + CCFs) ( SIMBAD ) H= 11.52 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 128.56 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -103.348 67.8431 10022 58063 -103.446 54.1423 10022 58244 -103.356 44.7086
2M20122836+2521582 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 53.55 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -5.70698 30.2111 10022 58063 -5.75691 24.2773 10022 58244 -5.87074 19.7034
2M20123162+2400463 (RV template + CCFs) ( SIMBAD ) H= 10.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 199.68 VSCATTER= 0.15 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -74.1227 112.688 10022 58063 -73.9412 96.2455 10022 58244 -73.8181 77.0433
2M20123191+2305355 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.51 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -13.8449 33.4983 10101 58277 -13.9341 32.2695 10101 58300 -13.8970 38.9929
2M20123514+2518481 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 55.01 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -31.0694 23.5437 10101 58277 -30.9930 26.4567 10101 58300 -31.1868 24.5479
2M20123796+2523316 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 49.20 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -35.2729 26.0525 10022 58063 -35.4445 24.6959 10022 58244 -35.4426 17.2724
2M20123959+2252414 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.40 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 40.3900 32.3070 10022 58063 40.4802 26.2111 10022 58244 40.4808 20.0094
2M20124182+2409058 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 45.05 VSCATTER= 0.21 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 5.23198 24.8201 10101 58277 4.88123 22.5806 10101 58300 5.26105 28.5728
2M20124283+2434452 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.21 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -7.30133 43.0009 10022 58063 -7.60128 26.7352 10022 58244 -7.46831 27.6423
2M20124297+2414008 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,SUSPECT_BROAD_LINES SNR= 61.04 VSCATTER= 53.05 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -93.7651 25.8138 10101 58277 3.96334 31.3108 10101 58300 -9.14406 31.8915
2M20124467+2525132 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 53.59 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -20.8050 23.2949 10101 58277 -20.8910 26.6623 10101 58300 -20.8666 24.8021
2M20124779+2508396 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 85.91 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 6.52944 36.6377 10101 58277 6.53494 40.4065 10101 58300 6.35882 37.8498
2M20124812+2516339 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 75.99 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -58.9466 35.2909 10101 58277 -59.0010 32.3306 10101 58300 -58.9979 35.4899
2M20124988+2331401 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 94.45 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -30.4938 42.9184 10101 58277 -30.5268 40.1452 10101 58300 -30.4673 40.7160
2M20125084+2500040 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.35 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -89.0029 40.9073 10022 58244 -88.9094 26.9860
2M20125128+2520211 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 67.36 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -60.0265 28.8951 10101 58277 -59.9225 32.6005 10101 58300 -59.9483 32.4316
2M20125351+2502350 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.18 VSCATTER= 0.04 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 16.5829 32.7988 10022 58063 16.4976 28.4171 10022 58244 16.5328 20.7632
2M20125456+2435258 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.90 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -10.6618 40.8875 10022 58063 -10.9172 32.0228 10022 58244 -10.9412 23.9337
2M20125486+2413115 (RV template + CCFs) ( SIMBAD ) H= 12.10 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR,PERSIST_MED SNR= 76.90 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 0.156309 36.2746 10101 58277 0.0820179 36.2959 10101 58300 0.0669804 41.8764
2M20125732+2355056 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 67.76 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -12.4742 39.7932 10101 58277 -12.7229 34.0200 10101 58300 -12.6373 39.2209
2M20125747+2529269 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 58.19 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -48.9871 23.7905 10101 58277 -49.0540 28.8653 10101 58300 -48.9204 29.2336
2M20125829+2247113 (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= 203.35 VSCATTER= 0.07 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -23.6984 100.656 10022 58063 -23.7696 91.0756 10022 58244 -23.8340 68.6523
2M20125839+2415510 (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 PERSIST_MED SNR= 87.87 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -22.4845 47.6428 10022 58063 -22.3788 36.1837 10022 58244 -22.5480 33.3148
2M20125899+2445198 (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= 201.02 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 16.4182 80.1481 10101 58277 16.3911 85.3649 10101 58300 16.2915 88.4043
2M20125990+2413369 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_MED,PERSIST_LOW SNR= 63.14 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 7.45374 31.7614 10101 58277 7.61432 29.4138 10101 58300 7.32188 33.7512
2M20130142+2453088 (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= 94.55 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -14.6073 44.5939 10101 58277 -14.7545 44.0905 10101 58300 -14.7603 38.4193
2M20130159+2504285 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.42 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -25.6736 35.5922 10022 58063 -25.6523 31.7197 10022 58244 -25.4849 23.5780
2M20130208+2524406 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 46.59 VSCATTER= 1.59 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 14.6747 24.6649 10022 58063 17.6527 23.8155 10022 58244 15.2221 16.7429
2M20130389+2411054 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 68.62 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -83.5632 39.4450 10022 58063 -83.5094 28.4893 10022 58244 -83.5911 25.1995
2M20130477+2531533 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 45.36 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -19.7932 26.9678 10022 58063 -19.8401 21.7862 10022 58244 -19.7387 13.4647
2M20130555+2414234 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 47.04 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -3.83197 24.2515 10101 58277 -3.66784 22.4395 10101 58300 -3.51379 25.6762
2M20130690+2344122 (RV template + CCFs) ( SIMBAD ) H= 11.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED,PERSIST_LOW SNR= 140.98 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -0.775087 74.3768 10101 58277 -0.783720 71.1029 10101 58300 -0.814770 77.0199
2M20130757+2523539 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 56.23 VSCATTER= 0.11 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -5.42583 31.4940 10022 58063 -5.64609 26.2769 10022 58244 -5.53700 18.4334
2M20130926+2442198 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.28 VSCATTER= 0.09 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -30.5919 42.9371 10022 58063 -30.6551 35.9689 10022 58244 -30.7605 26.4101
2M20130967+2505436 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.61 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -66.4873 33.4703 10101 58277 -66.5118 31.5544 10101 58300 -66.5901 33.3680
2M20130968+2318491 (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= 54.69 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58277 -11.3972 29.3070 10101 58300 -11.3776 29.9538
2M20131148+2528250 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 47.97 VSCATTER= 0.05 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -38.8648 27.6013 10022 58063 -38.8317 23.6035 10022 58244 -38.9274 14.9704
2M20131192+2324282 (RV template + CCFs) ( SIMBAD ) H= 13.32 APOGEE2_ANCILLARY LOW_SNR,SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 2.89 VSCATTER= 0.64 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -266.791 2.37088 10101 58277 -267.695 2.54271 10101 58300 999999. 2.06808
2M20131527+2416279 (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 PERSIST_MED SNR= 130.07 VSCATTER= 0.15 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 26.6337 67.4581 10022 58063 26.6020 55.2803 10022 58244 26.8812 48.3169
2M20131582+2422057 (RV template + CCFs) ( SIMBAD ) H= 11.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_MED SNR= 108.53 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 3.79685 62.2892 10022 58063 3.81647 44.7236 10022 58244 3.87348 35.3926
2M20131603+2308197 (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= 127.99 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 13.2519 56.1329 10101 58277 13.3367 55.5963 10101 58300 13.4710 52.8943
2M20131666+2401248 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 53.27 VSCATTER= 0.13 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -40.2332 32.0428 10022 58063 -39.9741 26.3173 10022 58244 -40.1491 22.8235
2M20131673+2509479 (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= 104.40 VSCATTER= 0.02 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -90.6721 55.4192 10101 58277 -90.6978 56.6747
2M20131996+2414129 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED,PERSIST_LOW SNR= 60.82 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -43.0003 28.9071 10101 58277 -42.9900 29.6361 10101 58300 -43.2125 30.4797
2M20132045+2411405 (RV template + CCFs) ( SIMBAD ) H= 8.03 APOGEE2_NO_DERED,APOGEE2_TELLURIC PERSIST_MED,PERSIST_LOW,SUSPECT_RV_COMBINATION SNR= 1053.72 VSCATTER= 20.98 RV_TEFF=11000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -41.4836 362.040 10022 58063 -11.3510 354.807 10022 58244 -10.4435 240.257 10101 58273 9.18783 328.889 10101 58277 17.6280 303.670 10101 58300 4.38731 329.919
2M20132320+2441478 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 99.72 VSCATTER= 0.12 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -10.2451 41.7130 10101 58277 -10.0080 39.5556 10101 58300 -10.1248 44.4942
2M20132364+2453518 (RV template + CCFs) ( SIMBAD ) H= 12.78 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 60.74 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -107.760 26.5435 10101 58277 -107.771 28.3902 10101 58300 -107.756 28.7058
2M20132466+2506203 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.10 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -68.2008 43.7863 10022 58063 -68.1701 36.1055 10022 58244 -68.3322 29.8791
2M20132569+2327129 (RV template + CCFs) ( SIMBAD ) H= 8.16 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 1076.20 VSCATTER= 10.71 RV_TEFF=11000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10022 58059 -8.58479 383.445 10022 58063 -16.2183 334.614 10022 58244 -17.4777 87.3810 10101 58273 11.0887 304.948 10101 58277 -2.50135 349.058 10101 58300 -0.875840 336.945
2M20132597+2314570 (RV template + CCFs) ( SIMBAD ) H= 11.17 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 176.85 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -50.6670 75.7288 10101 58277 -50.6751 73.5442 10101 58300 -50.7658 78.4984
2M20132764+2420236 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_MED SNR= 56.77 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 25.4595 32.1640 10022 58063 25.3576 24.2798 10022 58244 25.3998 22.6230
2M20133041+2439127 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE VERY_BRIGHT_NEIGHBOR SNR= 91.92 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -35.7590 51.5138 10022 58063 -35.8213 40.6946 10022 58244 -35.8029 28.2026
2M20133127+2526165 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 36.35 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -3.43727 13.7238 10101 58277 -3.37061 23.3122 10101 58300 -3.34554 15.7460
2M20133177+2505259 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 79.08 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 7.75759 47.0416 10022 58063 7.75420 32.4733 10022 58244 7.64904 23.0928
2M20133192+2435145 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.46 VSCATTER= 0.20 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -19.2584 46.4224 10022 58063 -19.5689 35.3389 10022 58244 -19.6243 28.1537
2M20133215+2314465 (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= 214.67 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -22.2285 110.908 10022 58063 -22.1252 92.9178 10022 58244 -22.2013 65.0341
2M20133228+2533426 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 49.36 VSCATTER= 0.19 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -38.2148 28.6235 10022 58063 -38.0630 22.4836 10022 58244 -37.8363 18.0096
2M20133299+2433224 (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= 286.78 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -6.28771 143.187 10022 58063 -6.18800 127.206 10022 58244 -6.18007 86.7244
2M20133385+2453533 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 59.74 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -32.5637 27.9271 10101 58277 -32.5560 27.2620 10101 58300 -32.5877 27.8968
2M20133411+2431323 (RV template + CCFs) ( SIMBAD ) H= 8.29 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 1126.81 VSCATTER= 8.61 RV_TEFF=15000.00 RV_LOGG= 4.00 RV_FEH= -1.00 Plate MJD VHELIO S/N 10022 58059 -0.424726 365.257 10022 58063 -1.52297 321.771 10022 58244 12.1962 237.980 10101 58273 12.5569 338.303 10101 58277 -6.23896 285.160 10101 58300 12.9762 342.277
2M20133481+2521261 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 46.48 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -59.6584 24.7330 10022 58063 -59.7469 23.5978 10022 58244 -59.7309 17.4924
2M20133541+2421179 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.03 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -54.4757 35.9932 10101 58277 -54.5069 36.3619 10101 58300 -54.4319 33.7273
2M20133633+2509193 (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= 85.96 VSCATTER= 0.50 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58063 -141.498 49.9314 10022 58244 -140.785 45.6744
2M20133657+2450047 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 85.96 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -115.415 47.7591 10022 58063 -115.140 37.1729 10022 58244 -115.403 28.9487
2M20133735+2331205 (RV template + CCFs) ( SIMBAD ) H= 12.26 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 93.14 VSCATTER= 0.17 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -16.4323 37.5420 10101 58277 -16.4038 43.5858 10101 58300 -16.1266 39.8520
2M20133854+2518076 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 55.15 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -21.9198 23.2773 10101 58277 -21.9037 25.5363 10101 58300 -21.8298 26.9820
2M20134037+2410291 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.02 VSCATTER= 0.22 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -23.3679 29.9365 10101 58277 -23.2091 23.0511 10101 58300 -23.6417 27.7281
2M20134064+2350199 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 64.20 VSCATTER= 0.21 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 10.0890 38.0943 10022 58063 10.2291 32.3686 10022 58244 10.4949 27.1034
2M20134080+2526111 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 53.60 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 1.58781 22.5826 10101 58277 1.50969 26.7220 10101 58300 1.50927 25.3276
2M20134332+2424218 (RV template + CCFs) ( SIMBAD ) H= 12.72 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.69 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -91.8549 37.1598 10022 58063 -91.8584 33.4024
2M20134451+2339464 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 87.57 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -6.53395 36.1512 10101 58277 -6.61124 38.9660 10101 58300 -6.77076 39.6566
2M20134482+2247087 (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= 86.96 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -63.3036 36.9532 10101 58277 -63.0719 37.9994 10101 58300 -63.1508 38.5231
2M20134525+2415001 (RV template + CCFs) ( SIMBAD ) H= 11.54 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 124.07 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -9.08784 61.6252 10022 58063 -9.08758 57.7328 10022 58244 -9.10941 43.8618
2M20134649+2501097 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 74.53 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -21.1514 44.6764 10022 58063 -21.2792 28.6499 10022 58244 -21.1466 21.5864
2M20134772+2447493 (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= 82.06 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -88.1954 52.0578 10022 58244 -88.0475 32.6251
2M20134797+2452543 (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= 243.41 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -59.0270 107.913 10101 58277 -59.0050 104.186 10101 58300 -59.1817 97.1900
2M20134878+2507427 (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 PERSIST_LOW SNR= 109.08 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -9.60636 60.8526 10022 58063 -9.64153 49.6315 10022 58244 -9.57431 30.8870
2M20135031+2356072 (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= 232.90 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58277 15.6277 115.693 10101 58300 15.5932 123.332
2M20135142+2400066 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 75.63 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -103.189 40.4198 10022 58063 -103.144 35.0537 10022 58244 -103.153 26.7143
2M20135210+2524005 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 76.61 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -48.1802 33.2799 10101 58277 -48.0493 34.6705 10101 58300 -48.0434 32.2035
2M20135274+2408576 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.70 VSCATTER= 0.20 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 6.30581 35.9938 10022 58063 6.70234 32.3528 10022 58244 6.46823 25.2299
2M20135409+2429155 (RV template + CCFs) ( SIMBAD ) H= 10.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 215.35 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -10.1990 103.546 10022 58063 -10.2083 93.0658 10022 58244 -10.2319 70.3120
2M20135418+2244401 (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= 271.82 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -29.9015 113.746 10101 58277 -29.8778 120.366 10101 58300 -29.9775 110.674
2M20135647+2316296 (RV template + CCFs) ( SIMBAD ) H= 10.19 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 308.04 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 6.50541 130.157 10101 58277 6.52540 124.289 10101 58300 6.51106 135.315
2M20135730+2345405 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.19 VSCATTER= 0.01 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -57.1643 32.6152 10022 58063 -57.1818 29.9872 10022 58244 999999. 23.6849
2M20140083+2308009 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.39 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -52.0777 31.0880 10101 58277 -52.1764 29.9530 10101 58300 -52.0909 31.9867
2M20140326+2502116 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.75 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -58.0357 36.6382 10101 58277 -58.1165 36.4666 10101 58300 -58.1075 37.1381
2M20140339+2325504 (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= 110.65 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -38.8447 47.5621 10101 58277 -38.8467 47.5385 10101 58300 -38.7384 47.1160
2M20140352+2410035 (RV template + CCFs) ( SIMBAD ) H= 12.61 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.03 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -60.4214 32.2205 10101 58277 -60.4744 28.1304 10101 58300 -60.5552 30.7375
2M20140377+2503597 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 58.12 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -3.90693 34.6439 10022 58063 -3.90951 23.8791 10022 58244 -3.74234 19.2790
2M20140463+2330153 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.57 VSCATTER= 0.17 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -29.3562 49.8389 10022 58063 -29.6651 33.6430 10022 58244 -29.6130 33.9017
2M20140490+2410494 (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= 79.35 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -42.2186 41.6078 10022 58063 -42.1694 37.3024 10022 58244 -41.9746 28.1291
2M20140585+2522063 (RV template + CCFs) ( SIMBAD ) H= 12.18 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 75.66 VSCATTER= 0.21 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -13.3429 41.9614 10022 58063 -13.5792 32.6848 10022 58244 -13.7539 26.3078
2M20140971+2326121 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.52 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -69.7826 37.4176 10022 58063 -69.7745 26.4590 10022 58244 -69.7732 25.1285
2M20141199+2455076 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 84.34 VSCATTER= 0.16 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -11.8855 48.2322 10022 58063 -12.2007 36.0317 10022 58244 -12.0560 27.2035
2M20141290+2443595 (RV template + CCFs) ( SIMBAD ) H= 11.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 194.21 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -69.5809 80.7024 10101 58277 -69.5362 76.3489 10101 58300 -69.4571 86.2117
2M20141294+2456263 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 104.25 VSCATTER= 0.51 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -14.0863 44.2384 10101 58277 -14.3706 42.7501 10101 58300 -15.0681 42.4677
2M20141340+2409254 (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= 102.22 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -15.1668 54.7828 10022 58063 -15.2687 45.1579 10022 58244 -15.3367 35.3108
2M20141371+2437523 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 92.37 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -41.0486 40.2165 10101 58277 -41.1758 33.8417 10101 58300 -41.1102 43.1532
2M20141417+2408595 (RV template + CCFs) ( SIMBAD ) H= 12.15 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 95.08 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -124.383 39.9392 10101 58277 -124.361 41.1515 10101 58300 -124.425 42.3209
2M20141544+2406065 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.42 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -26.7323 27.1720 10101 58277 -26.7596 26.3320 10101 58300 -26.6963 29.9606
2M20141782+2345282 (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= 158.37 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 3.20214 82.7155 10022 58063 3.23009 61.9382 10022 58244 3.14019 57.7104
2M20141817+2509340 (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= 53.67 VSCATTER= 0.32 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -29.1656 30.3598 10022 58063 -29.1794 24.2180 10022 58244 -29.7199 17.7926
2M20142057+2407241 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.38 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -76.1424 36.8401 10022 58063 -76.1107 29.9442 10022 58244 -76.0995 22.8592
2M20142066+2449035 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.66 VSCATTER= 0.17 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 4.42203 38.4452 10022 58063 4.46657 40.3729 10022 58244 4.15375 26.6688
2M20142304+2441131 (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= 257.68 VSCATTER= 0.00 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -30.9854 104.995 10101 58277 -30.9807 103.297 10101 58300 -30.9796 107.148
2M20142323+2256566 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 58.87 VSCATTER= 0.18 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -58.3837 34.4317 10022 58063 -58.2001 23.8902 10022 58244 -58.5507 21.7415
2M20142346+2318128 (RV template + CCFs) ( SIMBAD ) H= 11.92 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 110.37 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 1.82487 59.1037 10022 58063 1.83559 45.2377 10022 58244 1.84764 39.3823
2M20142453+2434194 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.22 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -132.887 39.9713 10022 58063 -132.818 32.7798 10022 58244 -132.855 25.9513
2M20142490+2408475 (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= 238.96 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 41.6222 100.464 10101 58277 41.6014 91.6706 10101 58300 41.6439 108.691
2M20142824+2306298 (RV template + CCFs) ( SIMBAD ) H= 8.04 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES SNR= 1043.74 VSCATTER= 1.21 RV_TEFF= 8000.00 RV_LOGG= 4.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10022 58059 -12.1612 389.267 10022 58063 -9.71926 301.610 10022 58244 -8.98478 244.747 10101 58273 -9.66840 360.090 10101 58277 -9.83439 361.703 10101 58300 999999. 319.161
2M20142954+2411153 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 63.46 VSCATTER= 0.27 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 25.2949 35.5286 10022 58063 25.4465 28.4694 10022 58244 25.8185 22.0975
2M20143051+2450411 (RV template + CCFs) ( SIMBAD ) H= 7.54 APOGEE2_NO_DERED,APOGEE2_TELLURIC,APOGEE2_EB SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 1506.06 VSCATTER= 43.55 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 10.4188 457.103 10022 58063 -10.9429 446.907 10022 58244 27.9911 321.479 10101 58273 -74.3965 458.467 10101 58277 10.3724 422.554 10101 58300 53.6285 422.740
2M20143153+2435220 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 92.61 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -42.6945 48.0716 10022 58063 -42.6879 38.6775 10022 58244 -42.7154 33.3593
2M20143216+2320103 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 87.09 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 0.474941 37.6312 10101 58277 0.402557 37.2617 10101 58300 0.332800 37.3642
2M20143474+2418499 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.37 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -12.3872 35.5733 10101 58277 -12.3402 33.5438 10101 58300 -12.3301 35.7365
2M20143823+2525219 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 69.29 VSCATTER= 0.26 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -11.8508 30.4092 10101 58277 -12.0152 31.9936 10101 58300 -12.3556 27.0987
2M20144007+2537387 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 47.55 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -58.4370 21.1482 10101 58277 -58.5265 22.5491 10101 58300 -58.5222 19.3871
2M20144172+2352435 (RV template + CCFs) ( SIMBAD ) H= 13.19 APOGEE2_ANCILLARY SUSPECT_BROAD_LINES SNR= 20.44 VSCATTER= 0.16 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 27.3233 12.5088 10101 58277 27.1023 11.6612
2M20144254+2530308 (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 PERSIST_LOW SNR= 94.46 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 8.06898 45.2724 10022 58063 8.10252 45.1003 10022 58244 8.11951 33.0242
2M20144471+2242460 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 88.76 VSCATTER= 0.50 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 4.83178 36.4597 10101 58277 5.18499 42.7805 10101 58300 5.82569 36.5829
2M20144556+2425450 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.28 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -5.02440 36.2678 10101 58277 -5.03675 31.5173 10101 58300 -4.88592 34.3089
2M20144604+2410453 (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= 129.15 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 42.2578 67.1594 10022 58063 42.4364 57.7857 10022 58244 42.4951 44.4135
2M20144673+2328583 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 82.30 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -36.0992 35.5677 10101 58277 -35.9840 37.1710 10101 58300 -35.8793 35.4653
2M20144676+2423308 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 74.41 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -64.1422 31.1947 10101 58277 -64.2888 29.7026 10101 58300 -64.2817 34.4901
2M20144763+2247309 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 66.22 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 21.0484 28.3725 10101 58277 21.0895 31.4761 10101 58300 21.0970 27.4233
2M20144863+2325106 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.58 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -16.4778 43.5017 10022 58063 -16.4359 34.4342 10022 58244 -16.5014 28.9158
2M20144918+2348494 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 65.00 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -89.0782 34.7960 10022 58063 -89.0127 30.5870 10022 58244 -88.9928 25.1923
2M20145408+2440372 (RV template + CCFs) ( SIMBAD ) H= 11.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 176.70 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -80.4554 86.6209 10022 58063 -80.3960 77.8126 10022 58244 -80.1832 54.6176
2M20145482+2501351 (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= 104.28 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -63.9472 48.2352 10101 58277 -63.8463 45.1873 10101 58300 -63.8138 34.1841
2M20145989+2403567 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.31 VSCATTER= 0.83 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -114.154 35.1302 10022 58063 -113.901 29.5325 10022 58244 -115.455 22.5393
2M20150357+2337003 (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= 183.20 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10101 58273 -68.6635 76.9301 10101 58277 -68.7488 78.3312 10101 58300 -68.7045 80.7949
2M20150553+2434045 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 90.90 VSCATTER= 0.22 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -3.48161 44.9721 10022 58063 -3.12504 40.3321 10022 58244 -3.53528 31.4863
2M20150709+2533262 (RV template + CCFs) ( SIMBAD ) H= 10.22 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 220.24 VSCATTER= 0.04 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -6.96594 100.341 10022 58063 -7.03110 106.636 10022 58244 -6.95323 72.8045
2M20150810+2536450 (RV template + CCFs) ( SIMBAD ) H= 12.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 59.09 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 48.2327 32.0163 10022 58063 48.2099 33.4537 10022 58244 999999. 18.2740
2M20150984+2439519 (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 BRIGHT_NEIGHBOR SNR= 105.62 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 11.7769 54.6647 10022 58063 11.7981 45.8131 10022 58244 11.9189 34.4726
2M20150998+2420596 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.30 VSCATTER= 0.27 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -98.9091 33.8527 10022 58063 -98.8011 33.1146 10022 58244 -99.3159 26.6584
2M20151000+2501345 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.73 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -65.2079 40.2612 10022 58063 -65.2257 35.5222 10022 58244 -65.2029 27.9561
2M20151455+2327436 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.54 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -4.29593 39.8981 10101 58277 -4.27493 40.9168 10101 58300 -4.29511 37.7746
2M20151560+2522035 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.58 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -11.5169 36.3086 10022 58063 -11.5521 29.8961 10022 58244 -11.3778 24.1189
2M20151597+2537205 (RV template + CCFs) ( SIMBAD ) H= 10.11 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 221.29 VSCATTER= 0.18 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -15.3721 102.599 10022 58063 -15.3751 101.967 10022 58244 -15.6876 79.3414
2M20151817+2403027 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.08 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -16.4512 36.6658 10022 58063 -16.3914 30.6250 10022 58244 -16.4944 22.9377
2M20152265+2450204 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 89.95 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -73.8346 35.1667 10101 58277 -73.6852 37.0414 10101 58300 -73.5977 39.6879
2M20152294+2459320 (RV template + CCFs) ( SIMBAD ) H= 12.64 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 80.51 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -84.2583 33.2115 10101 58277 -84.1196 32.8258 10101 58300 -84.3138 35.3991
2M20152415+2457399 (RV template + CCFs) ( SIMBAD ) H= 12.21 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 103.15 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 4.17150 43.7241 10101 58277 4.19405 40.5888 10101 58300 4.35676 44.7466
2M20152524+2516322 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.20 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -78.0841 35.8460 10022 58063 -77.9598 31.4391 10022 58244 -78.0921 22.3483
2M20152538+2252518 (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 BRIGHT_NEIGHBOR SNR= 155.20 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 45.5397 82.1097 10022 58063 45.3899 66.0439 10022 58244 45.4389 48.9390
2M20152797+2304181 (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= 125.33 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 50.2740 69.5979 10022 58063 50.4000 50.8450 10022 58244 50.3579 39.7062
2M20152803+2359146 (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= 126.11 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -43.4258 51.0964 10101 58277 -43.5705 56.8986 10101 58300 -43.4526 56.2787
2M20153022+2452351 (RV template + CCFs) ( SIMBAD ) H= 11.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 120.87 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 10.3886 50.9364 10022 58063 10.3137 59.3281 10022 58244 10.5930 43.6395
2M20153050+2450577 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.25 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -48.3216 36.3587 10022 58063 -48.3331 35.1023 10022 58244 999999. 23.1596
2M20153926+2434456 (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= 158.90 VSCATTER= 0.01 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -124.131 62.8283 10101 58277 -124.144 64.2850 10101 58300 -124.125 72.5854
2M20154067+2524137 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.48 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -47.0892 30.0169 10022 58063 -47.1098 24.3507 10022 58244 -46.8926 17.9784
2M20154178+2535562 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 52.94 VSCATTER= 0.52 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -80.2682 24.9837 10022 58063 -80.1120 26.7417 10022 58244 -79.2980 20.1719
2M20154205+2512136 (RV template + CCFs) ( SIMBAD ) H= 10.69 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 210.04 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -56.6743 83.6969 10101 58277 -56.6682 88.4096 10101 58300 -56.5255 86.0481
2M20154231+2325071 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.08 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -42.8117 28.9764 10101 58277 -42.7949 29.5139 10101 58300 -42.8400 28.8894
2M20154356+2243062 (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= 88.61 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -44.7997 38.7429 10101 58277 -44.7224 37.6489 10101 58300 -44.9346 38.3909
2M20154621+2328032 (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= 129.99 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -10.3153 67.1987 10022 58063 -10.2629 58.6407 10022 58244 -10.3271 44.9070
2M20154663+2446401 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.80 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -60.5696 39.9609 10022 58063 -60.5459 37.1317 10022 58244 999999. 26.5967
2M20154804+2426478 (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= 124.56 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -21.0953 52.2122 10101 58277 -21.0834 51.2860 10101 58300 -21.0533 52.6451
2M20154867+2312272 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.60 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 30.5262 35.9862 10101 58277 30.5639 33.5437 10101 58300 30.5460 34.1378
2M20154927+2353239 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.43 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -40.4069 31.6757 10101 58277 -40.4392 29.5311 10101 58300 -40.4033 28.2714
2M20155055+2527474 (RV template + CCFs) ( SIMBAD ) H= 11.66 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 107.01 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -105.410 54.3127 10022 58063 -105.473 49.4558 10022 58244 -105.568 32.4846
2M20155121+2241265 (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= 73.71 VSCATTER= 1.26 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -17.7464 51.2012 10022 58244 -15.9585 23.3701
2M20155243+2419469 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.55 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -33.2970 43.1843 10022 58063 -33.0979 40.3624 10022 58244 -33.1719 30.3712
2M20155679+2402000 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 56.76 VSCATTER= 0.40 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -42.1220 24.6141 10101 58277 -42.3601 27.7480 10101 58300 -42.8975 24.5368
2M20155777+2341211 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.96 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -49.3065 30.9322 10101 58277 -49.3917 28.7853 10101 58300 -49.1520 28.1666
2M20155843+2450416 (RV template + CCFs) ( SIMBAD ) H= 12.46 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 91.94 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -100.618 39.2590 10101 58277 -100.515 38.7950 10101 58300 -100.723 37.9484
2M20155912+2442203 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 116.20 VSCATTER= 0.13 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -56.3271 48.9519 10101 58277 -56.1629 47.0561 10101 58300 -56.0796 48.0386
2M20160192+2459270 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.90 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -32.9662 39.8003 10022 58063 -32.9801 38.7815 10022 58244 -32.8630 27.0838
2M20160290+2530359 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 69.27 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -99.8753 30.2883 10101 58277 -99.7982 31.5058 10101 58300 -100.075 29.0883
2M20160370+2509367 (RV template + CCFs) ( SIMBAD ) H= 12.14 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 93.23 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -1.49848 48.2540 10022 58063 -1.45567 39.8943 10022 58244 -1.42477 30.0298
2M20160481+2330238 (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= 97.43 VSCATTER= 0.12 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -78.7162 51.8313 10022 58063 -78.7547 43.2719 10022 58244 -78.5273 35.4242
2M20160698+2516536 (RV template + CCFs) ( SIMBAD ) H= 8.75 APOGEE2_EB SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 457.58 VSCATTER= 4.90 RV_TEFF= 4500.00 RV_LOGG= 5.00 RV_FEH= -1.50 Plate MJD VHELIO S/N 10022 58059 -110.190 266.301 10022 58063 999999. 234.989 10022 58244 -117.124 169.536
2M20160730+2449001 (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= 145.12 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 31.8115 64.6345 10101 58277 31.8197 49.6965 10101 58300 31.9199 65.0425
2M20160739+2521422 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.84 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -152.662 35.3346 10022 58063 -152.729 28.6354 10022 58244 -152.595 23.2390
2M20161085+2348282 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 73.31 VSCATTER= 0.33 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10022 58059 -173.982 42.6991 10022 58063 -173.886 36.0954 10022 58244 -173.374 18.1893
2M20161408+2358448 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 69.56 VSCATTER= 0.01 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -12.5403 36.4554 10022 58063 -12.5194 33.5652 10022 58244 -12.5424 27.3739
2M20161437+2430068 (RV template + CCFs) ( SIMBAD ) H= 12.76 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.98 VSCATTER= 0.00 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -26.0574 35.1319 10022 58063 -26.0614 27.6135 10022 58244 -26.0533 24.8987
2M20161661+2409331 (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= 279.32 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -70.5336 116.237 10101 58277 -70.4857 120.225 10101 58300 -70.5501 124.324
2M20161859+2427294 (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= 89.57 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -58.7385 38.5837 10101 58277 -58.5610 39.1144 10101 58300 -58.8079 38.5305
2M20161920+2242381 (RV template + CCFs) ( SIMBAD ) H= 10.87 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 169.01 VSCATTER= 0.05 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -87.4158 71.3924 10101 58277 -87.4542 71.3643 10101 58300 -87.5103 76.6600
2M20162014+2253001 (RV template + CCFs) ( SIMBAD ) H= 12.25 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.27 VSCATTER= 0.53 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -51.1844 38.9962 10022 58063 -50.3876 32.1239 10022 58244 -50.1856 25.7579
2M20162033+2302260 (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= 110.31 VSCATTER= 0.06 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -18.4408 49.0076 10101 58277 -18.4686 47.8526 10101 58300 -18.3557 48.6144
2M20162059+2255079 (RV template + CCFs) ( SIMBAD ) H= 12.34 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE VERY_BRIGHT_NEIGHBOR SNR= 70.20 VSCATTER= 0.04 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -96.8240 38.1074 10022 58063 -96.8746 31.8833 10022 58244 -96.8919 23.9021
2M20162115+2536505 (RV template + CCFs) ( SIMBAD ) H= 12.49 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 62.69 VSCATTER= 0.19 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 15.0143 27.7044 10101 58277 15.0760 28.2665 10101 58300 14.7212 26.1590
2M20162357+2504126 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 87.06 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -17.6118 37.2628 10101 58277 -17.7053 37.7478 10101 58300 -17.5241 34.6756
2M20162393+2523084 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 121.95 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -6.79848 54.2156 10101 58277 -6.76132 52.1873 10101 58300 -6.53574 45.6962
2M20162774+2517174 (RV template + CCFs) ( SIMBAD ) H= 12.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.30 VSCATTER= 0.57 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -115.460 34.3888 10022 58063 -114.471 7.78277 10022 58244 -115.443 18.6961
2M20162918+2522556 (RV template + CCFs) ( SIMBAD ) H= 11.04 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 156.01 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -51.4817 77.5623 10022 58063 -51.3632 65.5724 10022 58244 -51.5093 53.0453
2M20162988+2530093 (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= 88.65 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 33.3959 44.6422 10022 58063 33.5788 40.8106 10022 58244 33.2829 26.8316
2M20163252+2506362 (RV template + CCFs) ( SIMBAD ) H= 11.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 125.75 VSCATTER= 0.15 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -100.098 57.7714 10022 58063 -100.096 58.8751 10022 58244 -100.361 43.9221
2M20163621+2455549 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 75.36 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -39.6403 40.3151 10022 58063 -39.7117 41.9893 10022 58244 999999. 30.8977
2M20163654+2340553 (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 PERSIST_LOW SNR= 123.10 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 30.8123 55.3560 10101 58277 30.9176 60.0358 10101 58300 30.9436 56.4457
2M20163762+2532401 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 54.87 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -62.2660 24.0215 10101 58277 -62.2653 24.2269 10101 58300 -62.1317 22.3908
2M20163811+2450197 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.99 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -16.8806 35.7766 10101 58277 -16.8568 35.0138 10101 58300 -16.9469 30.0852
2M20163932+2310505 (RV template + CCFs) ( SIMBAD ) H= 11.42 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 137.55 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -11.6505 56.9481 10101 58277 -11.4906 60.6574 10101 58300 -11.6435 61.3973
2M20164378+2505212 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 91.93 VSCATTER= 0.13 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -49.7334 41.0564 10101 58277 -49.6995 39.6926 10101 58300 -49.4908 35.3197
2M20164393+2331296 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 63.15 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -4.94235 29.4933 10101 58277 -4.94874 29.5270 10101 58300 -4.92586 25.4103
2M20164499+2352381 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 62.04 VSCATTER= 0.10 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -60.0610 33.8604 10022 58063 -59.9112 29.1253 10022 58244 -60.1126 24.1713
2M20164698+2528224 (RV template + CCFs) ( SIMBAD ) H= 12.29 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 72.67 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 17.5040 28.0598 10101 58277 17.5168 32.7215 10101 58300 17.6184 32.0029
2M20164713+2306169 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.90 VSCATTER= 0.15 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 27.1355 30.9406 10022 58063 27.3639 23.4508 10022 58244 27.4080 19.7030
2M20164932+2256158 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 65.92 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 24.6786 30.2173 10101 58277 24.6391 30.7404 10101 58300 24.7154 26.8867
2M20165228+2454372 (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= 233.39 VSCATTER= 0.09 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -51.6194 121.067 10022 58063 -51.6153 102.349 10022 58244 -51.4619 57.8021
2M20165288+2530492 (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= 79.50 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -39.9780 42.8773 10022 58063 -39.8375 33.8223 10022 58244 -39.8896 25.4682
2M20165379+2421350 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.34 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -109.623 36.6286 10022 58063 -109.638 32.1116 10022 58244 -109.682 26.6089
2M20165784+2350392 (RV template + CCFs) ( SIMBAD ) H= 11.02 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 151.49 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -20.5232 79.2931 10022 58063 -20.3776 67.3872 10022 58244 -20.3270 58.0834
2M20165850+2511263 (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= 165.62 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -77.0069 72.1898 10101 58277 -76.9854 67.0758 10101 58300 -76.9781 67.1038
2M20165962+2448535 (RV template + CCFs) ( SIMBAD ) H= 12.39 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 97.75 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -49.0649 42.1325 10101 58277 -49.0981 37.8233 10101 58300 -49.0490 41.9938
2M20170161+2349479 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 73.12 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 30.0317 31.5711 10101 58277 29.7874 37.2403 10101 58300 29.7958 31.7523
2M20170281+2405248 (RV template + CCFs) ( SIMBAD ) H= 12.27 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 77.41 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58277 -65.0595 43.8309 10101 58300 -65.0361 38.9765
2M20170866+2500062 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.57 VSCATTER= 0.27 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -84.8439 34.1900 10022 58063 -85.2426 30.8435 10022 58244 -84.7267 16.6159
2M20171137+2417534 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 83.72 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -7.62313 37.7579 10101 58277 -7.52956 35.3466 10101 58300 -7.55851 35.1501
2M20171263+2308086 (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= 93.56 VSCATTER= 0.19 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 26.7059 50.8843 10022 58063 26.6388 40.7680 10022 58244 26.9934 30.4559
2M20172002+2405473 (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= 246.67 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -7.67944 107.178 10101 58277 -7.56376 105.532 10101 58300 -7.64167 107.252
2M20172095+2344318 (RV template + CCFs) ( SIMBAD ) H= 12.20 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 94.40 VSCATTER= 0.07 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 16.0721 42.2253 10101 58277 16.0225 46.7257 10101 58300 16.1603 41.6587
2M20172181+2443506 (RV template + CCFs) ( SIMBAD ) H= 11.00 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 188.79 VSCATTER= 0.16 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -74.6677 86.3941 10101 58277 -74.3784 84.6365 10101 58300 -74.6573 66.6164
2M20172229+2513350 (RV template + CCFs) ( SIMBAD ) H= 12.68 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.28 VSCATTER= 0.05 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -35.5697 30.5917 10022 58063 -35.4985 23.6628 10022 58244 -35.4829 21.1110
2M20172290+2356413 (RV template + CCFs) ( SIMBAD ) H= 10.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 253.99 VSCATTER= 0.06 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -81.4148 141.065 10022 58063 -81.3155 97.7879 10022 58244 -81.3165 86.4374
2M20172317+2342039 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 61.87 VSCATTER= 0.24 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 16.3325 36.7251 10022 58063 16.5449 22.0184 10022 58244 16.8135 24.2425
2M20172335+2508530 (RV template + CCFs) ( SIMBAD ) H= 11.94 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 109.17 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -31.9249 45.1312 10101 58277 -32.0244 45.8520 10101 58300 -32.0087 46.8439
2M20172584+2515053 (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= 74.20 VSCATTER= 0.11 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -11.1554 37.1134 10022 58063 -11.3767 33.0732 10022 58244 -11.2535 26.4639
2M20172653+2324550 (RV template + CCFs) ( SIMBAD ) H= 12.03 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 92.59 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 0.389021 40.5547 10101 58277 0.401850 39.8448 10101 58300 0.398771 42.5419
2M20172663+2441288 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 171.84 VSCATTER= 1.31 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -44.7272 74.6576 10101 58277 -44.3820 69.5931 10101 58300 -42.3015 73.5060
2M20172785+2334457 (RV template + CCFs) ( SIMBAD ) H= 12.65 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 65.08 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -39.9379 30.6123 10101 58277 -40.0462 31.8536 10101 58300 -39.8923 26.2946
2M20172857+2500356 (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= 118.78 VSCATTER= 0.04 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 11.5294 49.4650 10101 58277 11.4956 54.8481 10101 58300 11.4507 45.1208
2M20173407+2527351 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 61.56 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -86.0861 28.5141 10101 58277 -86.1689 26.5676 10101 58300 -86.2129 26.7909
2M20173452+2435209 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.76 VSCATTER= 0.08 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -21.1904 38.0958 10022 58063 -21.1105 29.7774 10022 58244 -21.0275 19.6615
2M20173478+2336404 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 69.22 VSCATTER= 0.34 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 5.25870 39.8000 10022 58063 5.67768 26.5136 10022 58244 5.00985 25.3232
2M20173695+2508185 (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= 183.25 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -14.3390 87.5690 10022 58063 -14.2966 76.7333 10022 58244 -14.4428 68.4195
2M20173942+2514587 (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 BRIGHT_NEIGHBOR SNR= 119.52 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -76.2206 59.8568 10022 58063 -75.9868 46.8428 10022 58244 -76.1969 45.8082
2M20174020+2528033 (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 BRIGHT_NEIGHBOR SNR= 134.63 VSCATTER= 0.04 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -27.9657 69.1602 10022 58063 -27.8954 56.9397 10022 58244 -27.9685 40.1128
2M20174277+2254583 (RV template + CCFs) ( SIMBAD ) H= 12.03 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 83.87 VSCATTER= 0.07 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -75.9893 46.1368 10022 58063 -76.0879 36.5666 10022 58244 -76.1216 30.0580
2M20174386+2352178 (RV template + CCFs) ( SIMBAD ) H= 10.79 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 204.88 VSCATTER= 0.09 RV_TEFF= 3600.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10101 58273 -91.2689 91.4027 10101 58277 -91.3317 96.4033 10101 58300 -91.4486 91.7277
2M20174410+2456391 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.23 VSCATTER= 0.44 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -66.1867 25.7178 10101 58277 -65.9773 26.9501 10101 58300 -65.3390 28.8270
2M20174451+2330366 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 68.58 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -67.0245 38.8054 10022 58063 -67.1507 29.0646 10022 58244 -66.9138 24.5414
2M20174494+2515018 (RV template + CCFs) ( SIMBAD ) H= 11.93 APOGEE2_ANCILLARY SUSPECT_BROAD_LINES SNR= 29.49 VSCATTER= 1.10 RV_TEFF= 4750.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 8.74966 11.3370 10101 58277 9.70006 16.5869 10101 58300 7.51350 11.8889
2M20174503+2525202 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 51.21 VSCATTER= 0.16 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -49.7801 20.8259 10101 58277 -50.0786 21.9145 10101 58300 -49.8160 26.0058
2M20174662+2458148 (RV template + CCFs) ( SIMBAD ) H= 12.77 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.89 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -64.6654 28.4017 10101 58277 -64.6701 28.6154 10101 58300 -64.7532 28.3340
2M20174703+2349461 (RV template + CCFs) ( SIMBAD ) H= 12.73 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR,PERSIST_LOW SNR= 60.00 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 4.30024 35.6520 10022 58063 4.48794 24.1938 10022 58244 4.35249 22.7681
2M20174937+2334330 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 90.94 VSCATTER= 0.08 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 3.12503 39.9782 10101 58277 3.14716 39.2171 10101 58300 3.00578 40.1283
2M20175123+2328493 (RV template + CCFs) ( SIMBAD ) H= 12.47 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 59.15 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -66.3769 36.5002 10022 58063 -66.3569 29.3109 10022 58244 999999. 23.5669
2M20175420+2528269 (RV template + CCFs) ( SIMBAD ) H= 12.66 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 50.98 VSCATTER= 0.22 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 1.52381 25.9852 10022 58063 1.91457 22.1797 10022 58244 1.55281 19.8903
2M20175551+2250594 (RV template + CCFs) ( SIMBAD ) H= 10.23 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 243.51 VSCATTER= 0.11 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -30.1850 102.968 10101 58277 -30.2439 102.425 10101 58300 -30.0348 105.695
2M20175558+2320207 (RV template + CCFs) ( SIMBAD ) H= 10.63 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT PERSIST_LOW SNR= 212.47 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -79.4803 95.9889 10101 58277 -79.6165 92.1166 10101 58300 -79.6112 90.1967
2M20175562+2513545 (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= 209.36 VSCATTER= 0.01 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -109.189 86.9075 10101 58277 -109.189 85.7372 10101 58300 -109.166 86.5137
2M20175577+2530479 (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= 231.33 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -17.7521 96.5511 10101 58277 -17.7831 88.7643 10101 58300 -18.0115 103.187
2M20175586+2340358 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 306.51 VSCATTER= 0.13 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -51.2335 155.054 10022 58063 -51.2193 133.008 10022 58244 -51.4471 101.711
2M20175674+2526425 (RV template + CCFs) ( SIMBAD ) H= 12.51 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 55.01 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -50.3433 24.2309 10101 58277 -50.4161 24.6059 10101 58300 -50.2892 23.7646
2M20175704+2420327 (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= 175.32 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -8.57043 74.8993 10101 58277 -8.58356 68.9234 10101 58300 -8.60977 77.3270
2M20175721+2438028 (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= 122.61 VSCATTER= 0.03 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 12.6530 65.5207 10022 58063 12.5994 54.8561 10022 58244 12.6214 34.0134
2M20175899+2351015 (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= 246.61 VSCATTER= 0.10 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -39.4685 125.062 10022 58063 -39.3515 110.659 10022 58244 -39.2597 74.9630
2M20175983+2529323 (RV template + CCFs) ( SIMBAD ) H= 8.43 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 824.43 VSCATTER= 0.71 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -11.3693 274.236 10022 58063 -11.4310 232.093 10022 58244 -10.0508 187.199 10101 58273 -10.0799 242.168 10101 58277 -10.0083 222.198 10101 58300 -9.94756 250.919
2M20180154+2432032 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 86.83 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 8.86942 33.7090 10101 58277 8.83047 38.1389 10101 58300 8.85702 38.3442
2M20180299+2427389 (RV template + CCFs) ( SIMBAD ) H= 9.56 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 611.25 VSCATTER= 0.44 RV_TEFF= 7500.00 RV_LOGG= 4.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -18.3073 200.706 10022 58063 -18.1083 169.803 10022 58244 -18.2858 107.321 10101 58273 -18.1837 191.640 10101 58277 -18.7162 175.890 10101 58300 -19.2663 190.023
2M20180311+2508592 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 61.36 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -16.6891 32.7283 10022 58063 -16.6825 28.7882 10022 58244 -16.6400 20.5160
2M20180515+2439240 (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= 128.17 VSCATTER= 0.01 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -97.7649 65.9868 10022 58063 -97.7602 60.6169 10022 58244 -97.7844 33.7821
2M20180609+2528363 (RV template + CCFs) ( SIMBAD ) H= 12.41 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.47 VSCATTER= 0.06 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -6.76163 32.6293 10022 58063 -6.88420 28.8639 10022 58244 -6.81056 24.5138
2M20180914+2317027 (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 SNR= 218.35 VSCATTER= 0.09 RV_TEFF= 5500.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -14.6122 115.928 10022 58063 -14.6546 88.6907 10022 58244 -14.7901 71.0498
2M20181258+2328550 (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= 109.57 VSCATTER= 0.05 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -25.7460 48.3060 10101 58277 -25.7098 47.2093 10101 58300 -25.8162 49.3679
2M20181339+2400478 (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= 84.77 VSCATTER= 0.18 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 40.1062 50.0506 10022 58063 40.3632 44.2388 10022 58244 999999. 34.4174
2M20181356+2500591 (RV template + CCFs) ( SIMBAD ) H= 12.31 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 67.82 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -15.6108 38.3166 10022 58063 -15.5979 35.2432
2M20181587+2324095 (RV template + CCFs) ( SIMBAD ) H= 12.62 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE PERSIST_LOW SNR= 55.32 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -56.1825 30.5145 10022 58063 -56.3356 26.1573 10022 58244 -56.2311 18.6687
2M20181664+2429492 (RV template + CCFs) ( SIMBAD ) H= 11.37 APOGEE2_EB SUSPECT_RV_COMBINATION,BAD_RV_COMBINATION SNR= 104.75 VSCATTER= 5.94 RV_TEFF=15000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 999999. 66.0807 10022 58063 -4.94790 64.7307 10022 58244 -13.3498 44.0463
2M20181820+2512536 (RV template + CCFs) ( SIMBAD ) H= 12.55 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 50.22 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -32.4632 27.2024 10022 58063 -32.4635 23.7753 10022 58244 -32.5121 18.6951
2M20181846+2407546 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 94.06 VSCATTER= 0.03 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -59.3610 44.6075 10101 58277 -59.3202 37.0208 10101 58300 -59.3050 41.6492
2M20181953+2419593 (RV template + CCFs) ( SIMBAD ) H= 11.16 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 197.04 VSCATTER= 0.03 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 5.72672 87.7503 10101 58277 5.77751 78.1006 10101 58300 5.72361 87.2405
2M20182779+2459310 (RV template + CCFs) ( SIMBAD ) H= 12.36 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.55 VSCATTER= 0.23 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -22.0857 39.3358 10022 58063 -22.1100 33.7725 10022 58244 -22.4968 23.8007
2M20182863+2317453 (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= 139.20 VSCATTER= 0.02 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 45.6128 85.7886 10022 58244 45.6348 58.2417
2M20182935+2410229 (RV template + CCFs) ( SIMBAD ) H= 10.05 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 292.95 VSCATTER= 0.41 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -99.4883 151.673 10022 58063 -99.5184 130.917 10022 58244 -98.7912 95.3970
2M20183151+2457355 (RV template + CCFs) ( SIMBAD ) H= 12.60 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 57.02 VSCATTER= 0.10 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58277 16.1432 31.2922 10101 58300 16.2852 28.9554
2M20183548+2352334 (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= 205.35 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 19.2383 104.755 10022 58063 19.1435 90.4710 10022 58244 19.2075 69.2385
2M20183603+2424059 (RV template + CCFs) ( SIMBAD ) H= 12.32 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 79.58 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -37.2010 45.7555 10022 58063 -37.1296 35.9010 10022 58244 -37.1550 27.8223
2M20183631+2333185 (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= 103.33 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -26.7699 54.5747 10022 58063 -26.6157 44.7502 10022 58244 -26.6443 35.2640
2M20183724+2511313 (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= 59.55 VSCATTER= 0.05 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -56.0136 33.4425 10022 58063 -55.9490 25.4155 10022 58244 -55.9228 21.6519
2M20183886+2330467 (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= 91.93 VSCATTER= 0.01 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -15.0368 38.4918 10101 58277 -15.0207 39.1036 10101 58300 -15.0171 43.0984
2M20184136+2323064 (RV template + CCFs) ( SIMBAD ) H= 8.37 APOGEE2_EB SNR= 633.77 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -13.6700 312.065 10022 58063 -13.8384 277.957 10022 58244 -13.8267 215.312
2M20184338+2253000 (RV template + CCFs) ( SIMBAD ) H= 11.70 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 85.82 VSCATTER= 0.08 RV_TEFF= 3800.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -105.569 42.3425 10022 58063 -105.540 43.5850 10022 58244 -105.698 29.7495
2M20184431+2327503 (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 BRIGHT_NEIGHBOR SNR= 107.11 VSCATTER= 0.20 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 1.58944 55.1964 10022 58063 1.47889 51.8769 10022 58244 1.20911 36.5246
2M20184679+2425345 (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= 282.78 VSCATTER= 0.01 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -71.5312 123.091 10101 58277 -71.5190 112.186 10101 58300 -71.5214 124.079
2M20184825+2351286 (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 LOW_SNR SNR= 79.04 VSCATTER= 0.05 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -19.6863 52.0373 10022 58063 -19.5847 3.00507 10022 58244 -19.6599 31.1821
2M20185063+2305585 (RV template + CCFs) ( SIMBAD ) H= 12.16 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 84.21 VSCATTER= 0.09 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -175.913 34.7808 10101 58277 -175.841 38.0078 10101 58300 -175.728 37.9450
2M20185231+2411571 (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= 117.42 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -25.9694 64.7107 10022 58063 -25.9691 54.4554 10022 58244 -26.1444 39.0936
2M20185359+2413508 (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= 98.39 VSCATTER= 0.32 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -3.82822 55.0776 10022 58063 -3.96838 44.6450 10022 58244 -3.35036 34.1356
2M20185719+2446565 (RV template + CCFs) ( SIMBAD ) H= 12.52 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.36 VSCATTER= 0.04 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -22.0235 34.4193 10022 58063 -21.9441 31.4702 10022 58244 -21.9895 18.9353
2M20185975+2439536 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.76 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -9.91092 39.6056 10022 58063 -10.0606 31.4898 10022 58244 -9.91871 21.2227
2M20190001+2306576 (RV template + CCFs) ( SIMBAD ) H= 8.49 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 858.54 VSCATTER= 8.44 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= -2.00 Plate MJD VHELIO S/N 10022 58059 -20.8499 266.670 10022 58063 -17.0923 244.402 10022 58244 -30.3249 169.432 10101 58273 -10.4597 271.402 10101 58277 -23.7784 265.447 10101 58300 -7.71432 261.507
2M20190269+2325304 (RV template + CCFs) ( SIMBAD ) H= 12.69 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 63.46 VSCATTER= 0.12 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -63.9237 31.6463 10101 58277 -63.7443 25.6322 10101 58300 -63.9599 29.8274
2M20190355+2259006 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 62.29 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -6.09242 35.8582 10022 58063 -6.14250 29.1885 10022 58244 -6.20581 18.3175
2M20190425+2336303 (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= 208.86 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -14.2995 87.6523 10101 58277 -14.2527 87.8732 10101 58300 -14.5155 93.1318
2M20190872+2519047 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.50 VSCATTER= 0.06 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -15.0551 23.2027 10101 58277 -15.1703 24.5707 10101 58300 -15.0976 21.0355
2M20191336+2311492 (RV template + CCFs) ( SIMBAD ) H= 12.74 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 53.03 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -48.5691 23.8073 10101 58277 -48.6668 24.1550 10101 58300 -48.5629 24.1937
2M20191822+2317564 (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= 94.61 VSCATTER= 0.06 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -25.3290 43.5385 10101 58277 -25.4339 40.9902 10101 58300 -25.4320 41.7404
2M20191831+2354023 (RV template + CCFs) ( SIMBAD ) H= 9.65 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 537.08 VSCATTER= 1.85 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -19.9878 182.067 10022 58063 -17.9290 154.921 10022 58244 -21.2850 118.370 10101 58273 -22.8158 172.506 10101 58277 -20.6975 168.678 10101 58300 -22.8003 165.014
2M20191853+2509046 (RV template + CCFs) ( SIMBAD ) H= 12.57 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 50.89 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -31.0117 21.2364 10101 58277 -30.8973 21.9599 10101 58300 -31.1980 23.1626
2M20192118+2407126 (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= 102.95 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -38.8123 55.5209 10022 58063 -38.5383 48.2340 10022 58244 -38.6344 35.9801
2M20192169+2442029 (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= 197.52 VSCATTER= 0.02 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -12.2505 106.659 10022 58063 -12.2287 95.2988 10022 58244 999999. 59.6868
2M20192639+2348348 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 81.26 VSCATTER= 0.16 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -157.413 35.1407 10101 58277 -157.259 35.5515 10101 58300 -157.579 36.5049
2M20192774+2259461 (RV template + CCFs) ( SIMBAD ) H= 7.24 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 1269.15 VSCATTER= 2.19 RV_TEFF=12000.00 RV_LOGG= 4.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -12.9783 465.067 10022 58063 -17.2200 398.511 10022 58244 999999. 285.017 10101 58273 -12.0313 370.401 10101 58277 -11.8383 373.372 10101 58300 -13.0089 429.352
2M20193186+2327229 (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= 245.41 VSCATTER= 0.03 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -45.9895 120.990 10022 58063 -46.0153 118.551 10022 58244 -45.9575 77.8738
2M20193650+2301366 (RV template + CCFs) ( SIMBAD ) H= 12.23 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.58 VSCATTER= 0.35 RV_TEFF= 5250.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 6.81285 28.2999 10101 58277 6.58170 29.4567 10101 58300 7.27005 31.1378
2M20193850+2323571 (RV template + CCFs) ( SIMBAD ) H= 10.10 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 289.31 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -22.2145 123.368 10101 58277 -22.2542 119.873 10101 58300 -22.1539 126.101
2M20193954+2458291 (RV template + CCFs) ( SIMBAD ) H= 11.40 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT BRIGHT_NEIGHBOR SNR= 123.08 VSCATTER= 0.01 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -91.6285 63.6316 10022 58063 -91.6447 53.9716 10022 58244 -91.6252 37.1537
2M20194208+2326454 (RV template + CCFs) ( SIMBAD ) H= 12.38 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 67.14 VSCATTER= 0.12 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -40.7348 36.0324 10022 58063 -40.9738 33.0439 10022 58244 -40.9166 23.1836
2M20194441+2350044 (RV template + CCFs) ( SIMBAD ) H= 12.43 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 60.90 VSCATTER= 0.00 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -57.6099 38.9688 10022 58063 999999. 30.3712 10022 58244 -57.6051 28.5795
2M20194608+2454371 (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= 122.14 VSCATTER= 0.08 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -23.3066 65.6734 10022 58063 -23.1553 53.9376 10022 58244 -23.2516 30.5798
2M20194861+2343285 (RV template + CCFs) ( SIMBAD ) H= 12.79 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.28 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -16.1429 29.7225 10022 58063 -16.2590 25.4395 10022 58244 -16.1109 20.3680
2M20194925+2440337 (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= 145.40 VSCATTER= 0.02 RV_TEFF= 4250.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 7.48683 73.1456 10022 58063 7.52941 69.2655 10022 58244 7.50863 37.7500
2M20194956+2415045 (RV template + CCFs) ( SIMBAD ) H= 10.09 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 252.41 VSCATTER= 0.23 RV_TEFF= 3400.00 RV_LOGG= 1.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10022 58059 -95.1921 129.277 10022 58063 -94.9361 109.332 10022 58244 -95.3903 73.8554
2M20195034+2459492 (RV template + CCFs) ( SIMBAD ) H= 12.35 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.48 VSCATTER= 0.02 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -39.4677 26.3758 10101 58277 -39.4534 30.2839 10101 58300 -39.4941 30.6039
2M20195109+2444059 (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= 206.34 VSCATTER= 0.03 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -35.7392 89.4563 10101 58277 -35.6895 82.6502 10101 58300 -35.7044 82.6309
2M20195180+2327165 (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= 157.00 VSCATTER= 0.08 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -29.4222 68.8067 10101 58277 -29.2817 65.2070 10101 58300 -29.3029 72.5363
2M20195280+2431000 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.01 VSCATTER= 0.11 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 23.8182 29.6676 10101 58277 23.6544 30.3476 10101 58300 23.8683 32.3211
2M20195712+2458112 (RV template + CCFs) ( SIMBAD ) H= 12.56 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 56.92 VSCATTER= 0.04 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -62.5969 23.6209 10101 58277 -62.6666 26.4556 10101 58300 -62.6458 23.8882
2M20200347+2425529 (RV template + CCFs) ( SIMBAD ) H= 12.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 73.15 VSCATTER= 0.10 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 26.5377 30.9310 10101 58277 26.7172 34.3454 10101 58300 26.5400 32.4321
2M20200686+2446572 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 47.79 VSCATTER= 0.14 RV_TEFF= 4750.00 RV_LOGG= 2.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -14.6472 22.0348 10101 58277 -14.6001 16.4444 10101 58300 -14.3891 23.8740
2M20200878+2447316 (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 BRIGHT_NEIGHBOR SNR= 119.59 VSCATTER= 1.49 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -40.6014 62.5973 10022 58063 -40.6533 54.1893 10022 58244 -43.2049 32.2635
2M20200925+2458273 (RV template + CCFs) ( SIMBAD ) H= 12.13 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 66.09 VSCATTER= 0.11 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -46.7452 35.9484 10022 58063 -46.5393 31.8643 10022 58244 -46.5696 18.6660
2M20201061+2442232 (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= 95.54 VSCATTER= 0.10 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -3.27469 48.4884 10022 58063 -3.12686 42.7585 10022 58244 -3.31363 31.1829
2M20201228+2501515 (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= 143.07 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 19.9380 62.1340 10101 58277 19.7857 58.2937 10101 58300 19.8224 61.8564
2M20201648+2413338 (RV template + CCFs) ( SIMBAD ) H= 8.59 APOGEE2_NO_DERED,APOGEE2_TELLURIC SUSPECT_RV_COMBINATION SNR= 823.17 VSCATTER= 5.15 RV_TEFF=10000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -18.7063 227.777 10022 58063 -22.6573 255.195 10022 58244 -10.1361 153.079 10101 58273 -22.2739 280.189 10101 58277 -12.2416 251.456 10101 58300 -17.5105 263.306
2M20201903+2454177 (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= 80.40 VSCATTER= 0.07 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -14.4756 31.2275 10101 58277 -14.6232 38.6390 10101 58300 -14.5274 35.2837
2M20202013+2450454 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 52.42 VSCATTER= 0.14 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -15.2503 29.2854 10022 58063 -15.2945 24.1460 10022 58244 -15.0354 16.3409
2M20202257+2440271 (RV template + CCFs) ( SIMBAD ) H= 12.28 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.03 VSCATTER= 0.19 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -58.9859 27.8187 10101 58277 -58.6689 30.6749 10101 58300 -59.0182 31.0236
2M20202430+2421583 (RV template + CCFs) ( SIMBAD ) H= 12.40 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 71.26 VSCATTER= 0.06 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 0.349073 23.6933 10101 58277 0.423615 37.2733 10101 58300 0.457060 33.8987
2M20202511+2413169 (RV template + CCFs) ( SIMBAD ) H= 12.37 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 70.35 VSCATTER= 0.03 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -51.0892 29.5699 10101 58277 -51.1130 34.4473 10101 58300 -51.1392 30.5833
2M20202601+2506310 (RV template + CCFs) ( SIMBAD ) H= 12.33 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 64.44 VSCATTER= 0.07 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -28.9503 29.8823 10101 58277 -29.0145 29.3240 10101 58300 -29.0867 24.5118
2M20202651+2336153 (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= 152.78 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -20.8737 68.4100 10101 58277 -20.8671 65.0546 10101 58300 -20.8829 66.8761
2M20202708+2411318 (RV template + CCFs) ( SIMBAD ) H= 12.53 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 73.97 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -68.1086 34.2628 10101 58277 -68.1709 32.6019 10101 58300 -68.2130 31.5489
2M20202864+2329401 (RV template + CCFs) ( SIMBAD ) H= 12.24 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 60.49 VSCATTER= 0.31 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -61.6038 38.1150 10022 58063 -62.0363 30.4166 10022 58244 999999. 25.7201
2M20203132+2326053 (RV template + CCFs) ( SIMBAD ) H= 12.14 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 74.18 VSCATTER= 0.17 RV_TEFF= 5000.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -20.1081 37.8990 10022 58063 -20.4078 35.7743 10022 58244 -20.3973 28.5525
2M20203232+2339319 (RV template + CCFs) ( SIMBAD ) H= 12.48 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 69.92 VSCATTER= 0.11 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 36.4363 31.9511 10101 58277 36.6018 29.2603 10101 58300 36.4067 33.6305
2M20203337+2313312 (RV template + CCFs) ( SIMBAD ) H= 12.70 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 32.79 VSCATTER= 0.42 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10022 58059 -15.4791 21.8202 10022 58063 -15.7694 13.8753 10022 58244 -14.9500 11.3725
2M20203557+2439339 (RV template + CCFs) ( SIMBAD ) H= 11.48 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 113.74 VSCATTER= 0.02 RV_TEFF= 3800.00 RV_LOGG= 0.50 RV_FEH= -1.00 Plate MJD VHELIO S/N 10022 58059 -99.9601 58.4815 10022 58063 -99.9186 55.9585 10022 58244 -99.9355 30.1650
2M20203804+2434296 (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= 127.24 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 39.2561 48.8817 10101 58277 39.2465 62.3758 10101 58300 39.2376 55.9112
2M20203882+2441052 (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= 103.89 VSCATTER= 0.89 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -10.4071 45.2558 10101 58277 -10.8803 49.9701 10101 58300 -12.1267 38.1998
2M20203968+2352471 (RV template + CCFs) ( SIMBAD ) H= 12.71 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 53.71 VSCATTER= 0.12 RV_TEFF= 5000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 0.564402 30.4167 10022 58063 0.458414 25.5439 10022 58244 0.704218 21.5353
2M20204676+2410141 (RV template + CCFs) ( SIMBAD ) H= 12.45 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 77.43 VSCATTER= 0.15 RV_TEFF= 5250.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 12.8647 35.8691 10101 58277 13.0851 35.6005 10101 58300 12.8051 33.0019
2M20204798+2403059 (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= 126.49 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -68.9603 76.9427 10022 58063 -69.0374 30.1535 10022 58244 -68.8553 51.0810
2M20205098+2426067 (RV template + CCFs) ( SIMBAD ) H= 12.75 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 46.58 VSCATTER= 0.08 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -86.6011 16.7228 10101 58277 -86.5562 24.1112 10101 58300 -86.4387 21.4533
2M20205150+2359227 (RV template + CCFs) ( SIMBAD ) H= 12.30 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE BRIGHT_NEIGHBOR SNR= 84.93 VSCATTER= 0.01 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -3.13470 37.7367 10101 58277 -3.11934 39.3930 10101 58300 -3.14091 37.0830
2M20205240+2413231 (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 BRIGHT_NEIGHBOR SNR= 105.57 VSCATTER= 0.03 RV_TEFF= 5250.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -10.1593 64.1194 10022 58063 -10.2021 48.5996 10022 58244 999999. 41.4364
2M20205438+2437455 (RV template + CCFs) ( SIMBAD ) H= 12.67 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 45.34 VSCATTER= 0.09 RV_TEFF= 5000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -44.0218 14.3926 10101 58277 -43.8625 22.2210 10101 58300 -43.8839 22.5482
2M20205622+2409272 (RV template + CCFs) ( SIMBAD ) H= 8.83 APOGEE2_NO_DERED,APOGEE2_TELLURIC SNR= 707.12 VSCATTER= 0.81 RV_TEFF= 9000.00 RV_LOGG= 4.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 22.7428 235.846 10022 58063 23.2044 193.425 10022 58244 24.8199 160.964 10101 58273 24.2276 222.078 10101 58277 23.8832 234.444 10101 58300 22.9157 210.634
2M20205927+2342536 (RV template + CCFs) ( SIMBAD ) H= 10.85 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 185.54 VSCATTER= 0.82 RV_TEFF= 3600.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -135.826 79.7717 10101 58277 -136.044 83.4757 10101 58300 -137.345 82.9638
2M20210130+2451297 (RV template + CCFs) ( SIMBAD ) H= 13.14 APOGEE2_ANCILLARY LOW_SNR,SUSPECT_RV_COMBINATION,SUSPECT_BROAD_LINES,BAD_RV_COMBINATION SNR= 11.86 VSCATTER= 273.25 RV_TEFF= 3000.00 RV_LOGG= 5.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -817.651 4.32317 10101 58277 -603.476 3.26181 10101 58300 -275.133 8.35587
2M20210812+2447508 (RV template + CCFs) ( SIMBAD ) H= 12.22 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 63.41 VSCATTER= 0.07 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -82.5083 19.5505 10101 58277 -82.6035 29.1618 10101 58300 -82.6496 32.9812
2M20211021+2402037 (RV template + CCFs) ( SIMBAD ) H= 12.59 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 66.46 VSCATTER= 0.09 RV_TEFF= 4750.00 RV_LOGG= 3.00 RV_FEH= 0.50 Plate MJD VHELIO S/N 10101 58273 -3.02737 29.5744 10101 58277 -2.85812 30.2626 10101 58300 -2.87886 29.8065
2M20211122+2334367 (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= 83.84 VSCATTER= 0.04 RV_TEFF= 4500.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 17.9391 36.1676 10101 58277 18.0045 36.4011 10101 58300 18.0178 40.7590
2M20211264+2414062 (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 BRIGHT_NEIGHBOR SNR= 121.84 VSCATTER= 0.15 RV_TEFF= 4500.00 RV_LOGG= 3.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -8.33130 64.6403 10022 58063 -8.16263 52.0036 10022 58244 -8.46851 46.0665
2M20211352+2346455 (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= 195.59 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 1.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -38.7491 82.6245 10101 58277 -38.8316 79.5890 10101 58300 -38.8357 90.3746
2M20211496+2329582 (RV template + CCFs) ( SIMBAD ) H= 11.54 APOGEE2_TWOBIN_0_5_TO_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 114.84 VSCATTER= 0.14 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10101 58273 -70.5171 51.0203 10101 58277 -70.6774 48.4134 10101 58300 -70.7920 52.2487
2M20211770+2441460 (RV template + CCFs) ( SIMBAD ) H= 11.90 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_SHORT,APOGEE2_NORMAL_SAMPLE,APOGEE2_MOD_BRIGHT_LIMIT SNR= 74.36 VSCATTER= 0.14 RV_TEFF= 4250.00 RV_LOGG= 2.00 RV_FEH= -0.50 Plate MJD VHELIO S/N 10101 58273 -100.112 26.6159 10101 58277 -100.037 37.7167 10101 58300 -100.301 31.7972
2M20214535+2415517 (RV template + CCFs) ( SIMBAD ) H= 12.44 APOGEE2_TWOBIN_GT_0_8,APOGEE2_WISE_DERED,APOGEE2_MEDIUM,APOGEE2_NORMAL_SAMPLE SNR= 55.98 VSCATTER= 0.05 RV_TEFF= 4000.00 RV_LOGG= 2.00 RV_FEH= 0.00 Plate MJD VHELIO S/N 10022 58059 -85.3243 31.7042 10022 58063 -85.3520 25.8735 10022 58244 -85.2498 21.1954