Title: A Sensitive Identification of Warm Debris Disks in the Solar Neighborhood through Precise Calibration of Saturated WISE Photometry Authors: Patel R.I., Metchev S.A., Heinze A. Table: Stellar Parameters of Stars with IR Excesses ================================================================================ Byte-by-byte Description of file: apjs493197t5_mrt.txt -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 6 I6 --- HIP Hipparcos identifier (1) 8- 8 A1 --- f_HIP [c] Flag on HIP (2) 10- 28 A19 --- WISE WISE identifier 30- 38 A9 --- SpType Spectral type (3) 40- 43 F4.1 pc Dis Hipparcos parallactic distance 45- 49 I5 K T* ? Stellar temperature 51- 54 F4.2 solRad R* ? Stellar radius 56- 61 F6.3 --- chi2* ? The {chi}^2^ photospheric fit 63- 68 F6.1 mJy FW3 WISE 12 micron band flux density 70- 73 F4.1 mJy e_FW3 Uncertainty in FW3 75- 79 F5.1 mJy FW3* WISE 12 micron band stellar flux density 81- 86 F6.2 mJy FW4 WISE 22 micron band flux density 88- 90 F3.1 mJy e_FW4 Uncertainty in FW4 92- 97 F6.2 mJy FW4* WISE 22 micron band stellar flux density 99-104 F6.3 --- DelFW3/FW3 Fractional excess in WISE 3.4 micron band (4) 106-111 F6.3 --- DelFW4/FW4 Fractional excess in WISE 4.6 micron band (4) 113-117 F5.3 mag 3.4mag Corrected WISE 3.4 micron band magnitude (5) 119-123 F5.3 mag e_3.4mag Uncertainty in 3.4mag 125-129 F5.3 mag 4.6mag Corrected WISE 4.6 micron band magnitude (5) 131-135 F5.3 mag e_4.6mag Uncertainty in 4.6mag -------------------------------------------------------------------------------- Note (1): Hipparcos stars with detected mid-IR excesses at either W2, W3 and/or W4. Note (2): The stellar temperature and radius were obtained from photometric fits as described in Section 3. Note (3): Spectral types for stars downloaded from Hipparcos database. Stars marked with asterisks had their spectral types estimated from their B_T_ - V_T_ colors using empirical color relations from Pecaut & Mamajek (2013). Note (4): The quoted fractional excesses represent the ratios of the measured excess and the estimated stellar photospheric flux in these bands. They have not been color-corrected for the filter response, although such corrections have been applied to the estimates of the fractional bolometric luminosities f_d_ of the dust (Section 3, Table 7). Note (5): Saturation corrected photometry (See Section 2.4). -------------------------------------------------------------------------------- 544 J000637.09+290115.4 K0V 14. 5493 0.86 3.3 536. 7. 550. 186. 4. 153. -0.026 0.178 4.260 0.082 4.290 0.051 560 J000650.16-230627.5 F2IV 39. 6789 1.5 0.38 234. 3. 234. 130. 3. 64.7 -0.001 0.501 5.220 0.072 5.240 0.037 682 J000825.79+063700.6 G2V 39. 5845 1.1 1.2 106. 1. 108. 41.6 2. 29.9 -0.019 0.281 6.050 0.051 6.100 0.022 1473 J001819.60+364706.3 A2V 41. 8987 2. 0.62 527. 7. 524. 182. 3. 144. 0.006 0.208 4.260 0.097 4.330 0.050 1481 J001826.25-632839.6 F8/G0V 42. 6138 1.1 0.73 102. 1. 102. 41.7 1. 28.4 -0.003 0.319 6.130 0.048 6.150 0.023 1866 J002338.01-034548.9 K: 47. 4527 0.65 1.7 21.1 0.4 21.4 9.22 1. 5.99 -0.012 0.350 7.830 0.022 7.910 0.021 2472 J003125.12-484812.7 A0V 53. 9489 2.1 1.2 377. 6. 374. 130. 4. 103. 0.010 0.209 4.760 0.075 4.790 0.046 2710 J003427.10-063014.9 F2 41. 6428 1.2 1.2 142. 2. 145. 48.3 2. 40.0 -0.019 0.171 5.680 0.061 5.740 0.027 3210 J004051.69-531236.1 F7V 45. 6197 1.2 1.4 107. 1. 107. 37. 1. 29.6 0.006 0.200 6.070 0.050 6.090 0.022 3279 J004147.56+554056.2 G5 69. 5807 1.2 1.3 41.4 0.6 42.1 14.4 0.6 11.7 -0.015 0.188 7.070 0.030 7.120 0.020 3965 J005057.54+513029.0 F2IV 67. 7374 1.9 1.3 150. 2. 152. 54.1 1. 41.8 -0.010 0.227 5.630 0.061 5.720 0.028 5462 J010956.58-642133.0 G5V 47. 5608 0.81 0.94 42. 0.6 41.7 16.6 0.9 11.6 0.006 0.301 7.100 0.031 7.140 0.019 5631 J011219.08+121654.1 F5 34. 6267 1.1 3.1 156. 2. 161. 51.3 2. 44.4 -0.033 0.133 5.620 0.054 5.630 0.029 5709 J011326.63-393223.9 F3/F5V 55. 6627 1.3 0.81 92.7 1. 94.5 32. 1. 26.1 -0.020 0.184 6.190 0.047 6.210 0.023 6490 J012323.64+064427.1 G0 72. 6142 1.1 0.97 33.3 0.5 33.5 12.5 1. 9.31 -0.008 0.258 7.340 0.028 7.360 0.021 6494 J012326.11-763642.6 G5V 46. 5711 0.93 0.25 57.2 0.8 57.5 20.8 0.9 16.0 -0.006 0.233 6.750 0.039 6.800 0.021 6679 J012540.67+025819.4 F0 49. 6552 1.3 1.4 124. 2. 126. 47.6 1. 34.7 -0.012 0.270 5.830 0.056 5.910 0.026 7345 J013437.83-154034.8 A1V 59. 9006 1.7 1.2 213. 3. 186. 265. 6. 51.3 0.124 0.806 5.440 0.060 5.470 0.028 7576 J013735.57-064538.4 G5 24. 5322 0.79 3. 142. 2. 146. 48.7 1. 40.8 -0.030 0.163 5.720 0.056 5.760 0.028 7699 J013907.72-562546.0 F5V 48. 6474 1.3 1.7 121. 2. 120. 54.9 2. 33.1 0.007 0.398 5.930 0.054 5.950 0.023 7805 J014024.13-605956.7 F2IV/V 67. 6679 1.3 0.46 66.6 0.9 66. 31.4 1. 18.2 0.009 0.419 6.610 0.040 6.620 0.021 7978 J014229.49-534428.1 F8V 17. 6097 1.1 0.82 600. 8. 622. 218. 4. 173. -0.036 0.207 4.200 0.098 4.180 0.060 8109 J014414.01+545311.1 F8 44. 5956 1.3 0.98 134. 2. 134. 47.2 1. 37.2 -0.002 0.211 5.910 0.053 5.850 0.027 8122 J014422.85+323056.5 A3 69. 7664 1.6 0.72 97.6 1. 99.1 45.3 1. 27.3 -0.015 0.397 6.110 0.049 6.180 0.021 8241 J014606.39-533118.7 A1V 62. 9413 2.2 0.91 295. 4. 291. 120. 3. 80.2 0.014 0.333 4.970 0.070 4.940 0.041 8987 J015549.61-525026.4 K4/K5V 40. 4496 0.81 1.6 45.3 0.6 45.2 15.7 0.9 12.7 0.002 0.192 7.030 0.031 7.100 0.020 9052 J015638.21-812956.9 F3IV/V 72. 6797 1.9 0.73 121. 2. 118. 40.5 1. 32.7 0.025 0.192 6.020 0.048 5.980 0.025 9141 J015749.04-215405.7 G3/G5V 41. 5682 0.95 1.2 77.4 1. 77.7 28.5 1. 21.6 -0.004 0.241 6.380 0.045 6.450 0.020 9902 J020726.23-594046.1 F8V 44. 6156 1.1 1.6 104. 1. 96.9 53.8 1. 26.9 0.072 0.499 6.200 0.046 6.180 0.022 10054 J020925.16+811745.5 A1V 71. 8311 1.9 2.3 154. 2. 152. 52.7 2. 41.8 0.013 0.208 5.670 0.059 5.700 0.025 10670 J021718.90+335049.4 A1Vnn 34. 9430 1.9 0.79 743. 10. 740. 327. 5. 204. 0.004 0.376 3.850 0.109 4.030 0.066 11157 J022332.30+193755.5 G5 55. 5648 0.86 1.1 33.8 0.7 34.6 14.1 1. 9.63 -0.023 0.316 7.300 0.028 7.340 0.020 11477 J022801.71-334839.5 A2/A3V 47. 8925 1.7 1.4 297. 4. 296. 124. 3. 81.5 0.004 0.345 4.890 0.070 4.960 0.041 11847 J023255.85+372000.6 F0 63. 6834 1.3 2.7 73. 1. 71.3 169. 4. 19.7 0.024 0.883 6.500 0.040 6.550 0.021 12489 J024041.12+270339.2 A3V 71. 8722 2.4 0.92 268. 3. 269. 93.1 3. 74.2 -0.004 0.203 4.990 0.073 5.060 0.043 13141 J024901.61-624823.3 A2V 50. 8614 1.8 3.3 289. 4. 289. 101. 2. 79.5 0.002 0.215 4.980 0.074 4.950 0.038 13209 J024959.08+271536.8 B8Vn 51. 12190 2.7 0.28 828. 10. 778. 313. 7. 213. 0.060 0.320 3.790 0.094 3.900 0.075 13569 J025449.55-333129.3 A3m... 73. 7403 1.6 1.7 95. 1. 94.7 37. 1. 26.1 0.004 0.295 6.140 0.047 6.200 0.020 13679 J025613.80+082252.8 F7IV 43. 6516 1.9 2.3 318. 4. 326. 109. 3. 90.6 -0.028 0.168 4.830 0.072 4.900 0.037 14684 J030942.33-093447.6 G0 37. 5405 0.81 1.3 62.6 0.9 63.3 21.3 0.9 17.6 -0.010 0.173 6.640 0.038 6.680 0.022 15929 J032510.63-064408.3 F8 73. 6346 1.1 1.2 37. 0.6 36.8 18.6 1. 10.2 0.005 0.451 7.220 0.032 7.230 0.022 16449 J033153.68-253651.0 A3IV/V 72. 8508 1.6 0.43 104. 1. 104. 57.9 2. 28.8 -0.002 0.503 6.050 0.051 6.120 0.023 16908 J033735.06+212035.2 G5 40. 4942 0.75 2. 44.2 0.7 44.4 15.9 1. 12.4 -0.003 0.225 7.070 0.033 7.080 0.020 17338 J034239.79-203243.3 G8V 50. 5211 0.89 3.6 41.3 0.6 41. 18. 1. 11.4 0.007 0.365 7.120 0.032 7.140 0.019 17395 J034333.82-102908.4 A5m 42. 7821 1.5 0.73 270. 3. 268. 113. 3. 74.0 0.006 0.347 5.030 0.071 5.120 0.035 17764 J034811.61-744138.6 F3IV/V 54. 6706 1.3 0.41 103. 1. 103. 49.4 1. 28.4 0.001 0.425 6.100 0.050 6.140 0.022 18187 J035327.23-411321.1 F6V 41. 6225 1.1 1.8 121. 2. 121. 45.8 1. 33.5 0.001 0.267 5.930 0.051 5.950 0.024 18481 J035701.73+060223.3 A2Vn 70. 8919 1.6 1.4 127. 2. 124. 52.7 2. 34.2 0.024 0.351 5.910 0.051 5.930 0.027 19610 c J041208.76-102811.1 G5+G5 61. 5660 0.98 4.8 63.7 0.9 59.4 19.3 1. 16.5 0.066 0.143 6.740 0.041 6.700 0.023 19793 J041432.39+233429.4 G3V 47. 5788 1.1 1.5 70.8 1. 72.4 28. 1. 20.1 -0.021 0.280 6.500 0.039 6.520 0.022 19796 J041434.42+104205.1 F8V 45. 6238 1.3 0.69 127. 2. 134. 44. 2. 37.1 -0.048 0.156 5.820 0.053 5.870 0.025 20261 J042036.38+150543.7 F0V 47. 7739 2. 2.6 365. 5. 375. 119. 3. 103. -0.029 0.133 4.710 0.076 4.730 0.047 20693 J042557.39+050900.6 F5 50. 6242 1.3 0.81 103. 2. 105. 41.9 1. 29.0 -0.017 0.307 6.120 0.049 6.100 0.022 20737 J042638.62-285708.0 K0V 38. 5150 0.82 1.3 60.9 0.8 61.1 24.1 1. 17.0 -0.004 0.293 6.690 0.039 6.740 0.021 20794 J042722.22+070344.9 F5 74. 6771 1.4 3.1 63.1 1. 65.5 24. 1. 18.1 -0.039 0.245 6.570 0.039 6.620 0.020 20901 J042850.24+130251.3 A7V 49. 7919 2.3 0.69 433. 6. 437. 160. 4. 120. -0.008 0.247 4.540 0.079 4.470 0.057 20998 J043011.60-675234.8 G5V 52. 5652 1.4 2.4 112. 1. 111. 36.8 1. 30.8 0.015 0.163 5.960 0.051 6.060 0.025 21547 J043736.16-022825.2 F0V 29. 7416 1.4 2.8 445. 6. 438. 146. 3. 121. 0.015 0.171 4.450 0.081 4.510 0.052 21983 J044331.80+111000.4 K8 47. 4610 0.77 1.6 30.2 0.5 30.3 12.2 1. 8.48 -0.005 0.307 7.460 0.027 7.540 0.019 22152 J044600.82+763638.4 F7V 32. 6327 1.2 1. 229. 3. 230. 83.2 2. 63.8 -0.005 0.233 5.190 0.068 5.230 0.032 22192 J044625.75-280514.5 A2IV/V 56. 7962 1.5 0.64 149. 2. 150. 54. 2. 41.2 -0.004 0.237 5.750 0.052 5.710 0.028 22295 c J044805.35-804645.0 F7V 61. 6240 1.3 4.4 54.1 0.7 54.2 19.4 0.8 15.5 -0.002 0.199 6.780 0.038 6.820 0.019 22312 J044819.63+674547.2 F0 69. 7186 1.5 0.97 92.1 1. 93.2 34.2 1. 25.7 -0.012 0.247 6.270 0.045 6.250 0.020 22394 c J044913.04+244809.7 K3V 50. 4840 0.73 4.4 50.7 0.7 50.7 20.4 1. 14.8 0.000 0.275 6.830 0.036 6.920 0.020 22509 c J045036.73+085400.5 A1Vn 69. 9200 2. 4.3 599. 9. 598. 199. 4. 177. 0.001 0.113 4.130 0.101 4.250 0.060 22845 J045453.76+100901.8 A0V 36. 8736 1.7 1.7 496. 6. 492. 197. 5. 135. 0.009 0.314 4.370 0.081 4.380 0.058 23443 J050220.30+135435.8 G0 39. 5916 1.1 0.75 109. 2. 110. 38.9 2. 30.6 -0.007 0.213 6.010 0.051 6.070 0.023 23497 J050305.80+213523.4 A7V 53. 8187 2.8 0.59 584. 9. 582. 200. 4. 161. 0.003 0.196 4.180 0.088 4.190 0.057 23871 J050748.35+202505.8 A5V 58. 8650 2. 0.33 273. 4. 275. 108. 3. 75.9 -0.009 0.300 5.010 0.074 5.070 0.041 24528 J051543.88-225339.5 A3V 75. 8304 1.4 0.57 83.2 1. 78.1 48.2 2. 21.5 0.061 0.553 6.380 0.043 6.420 0.021 24947 J052038.08-394517.7 F6V 48. 6219 1.2 0.97 105. 1. 105. 37.3 1. 29.1 0.007 0.222 6.100 0.053 6.110 0.024 25183 J052312.24-314456.3 F3V 72. 6530 1.6 2.7 79.3 1. 79.5 31.2 1. 22.0 -0.002 0.297 6.390 0.043 6.390 0.021 25376 J052542.62-532849.8 F7V 59. 6243 1.2 1.4 65.3 0.9 66.3 21.6 0.7 18.3 -0.016 0.153 6.560 0.044 6.600 0.021 26395 J053708.78-114632.0 A2V 63. 9033 1.4 1.9 124. 2. 120. 73.4 2. 33.0 0.036 0.551 5.910 0.051 5.980 0.022 26453 J053739.64-283734.7 F3V 57. 6666 1.3 0.59 94.9 1. 93.2 60.7 2. 25.7 0.018 0.576 6.230 0.050 6.240 0.023 26563 J053853.07-071246.5 A4V 45. 8307 2.1 1.7 492. 6. 488. 181. 4. 135. 0.008 0.255 4.350 0.082 4.450 0.059 26990 J054335.83-395524.6 G0V 55. 5971 1.1 1.1 59.7 0.8 59.8 23.1 0.8 16.6 -0.002 0.279 6.710 0.036 6.730 0.019 28498 J060055.38-545704.7 F5V 56. 6442 1.3 0.99 90. 1. 91. 30.5 1. 25.2 -0.011 0.174 6.200 0.049 6.260 0.021 30252 J062150.07-511415.7 A5V 71. 7757 1.6 0.82 97. 1. 95.1 66. 2. 26.2 0.019 0.603 6.190 0.047 6.220 0.023 30893 J062905.35+270027.7 K2V 30. 5007 0.77 3.1 80.6 1. 83.3 23.1 1. 23.2 -0.033 -0.005 6.430 0.037 6.400 0.021 32435 J064613.60-835928.8 F5V 56. 6396 1.3 0.88 89.5 1. 88.8 41.1 1. 24.6 0.008 0.403 6.300 0.046 6.300 0.021 33690 J065959.41-612007.5 K0IV-V 18. 5396 0.86 1. 296. 4. 300. 111. 3. 83.6 -0.015 0.249 4.950 0.072 4.990 0.041 34334 J070702.53-554614.3 G6/G8V 72. 5563 0.98 0.9 26.1 0.4 26.2 9.4 0.6 7.28 -0.004 0.225 7.610 0.026 7.650 0.021 35198 J071625.22+350102.8 G5 36. 5389 0.78 0.84 63.9 0.9 64.1 23.7 1. 17.8 -0.003 0.248 6.670 0.036 6.690 0.022 35567 J072022.92-561740.1 A1V 71. 8515 1.4 2.5 98. 1. 87.7 103. 2. 24.2 0.105 0.765 6.220 0.048 6.260 0.022 36515 c J073042.45-372021.1 G3V 22. 5794 0.92 4. 265. 4. 261. 87.5 2. 72.5 0.015 0.171 5.020 0.075 5.100 0.038 36827 J073426.11-065348.5 K2V 25. 5067 0.74 2.8 113. 2. 116. 40.7 1. 32.3 -0.024 0.206 5.950 0.041 6.040 0.022 36927 J073526.70-522630.4 K3IV-V 25. 4714 0.71 2.7 90.3 1. 92.7 30.5 1. 25.9 -0.027 0.151 6.220 0.045 6.300 0.021 36948 J073547.42-321213.3 G3/G5V 35. 5453 0.85 0.84 78.4 1. 78.6 44.3 2. 21.9 -0.002 0.506 6.430 0.042 6.450 0.022 38369 J075139.41-400414.7 F5V 65. 6199 1.1 1.5 45.2 0.7 46.1 17. 0.8 12.8 -0.022 0.249 6.980 0.035 7.010 0.020 38538 J075329.80+264556.5 A3V 68. 8533 2.8 1.5 382. 5. 383. 127. 3. 105. -0.002 0.167 4.640 0.082 4.750 0.041 40693 J081824.16-123805.9 K0V 12. 5398 0.88 0.87 671. 9. 667. 278. 5. 186. 0.006 0.332 4.080 0.094 4.130 0.069 41081 J082255.15-520725.2 A0V 70. 9610 1.6 0.067 143. 2. 129. 75.1 2. 35.5 0.097 0.528 5.870 0.054 5.880 0.026 41152 J082348.49+531310.1 A3V 50. 8509 1.6 1.1 227. 3. 230. 95.4 2. 63.4 -0.012 0.336 5.200 0.073 5.250 0.033 41277 c J082516.86+041511.7 K8 44. 3970 0.58 13. 32.1 0.6 32. 12.9 1. 9.52 0.002 0.261 7.410 0.026 7.440 0.021 41307 J082539.61-035423.2 A0V 38. 9752 2.1 1.3 794. 10. 786. 353. 6. 217. 0.010 0.386 3.820 0.104 3.890 0.080 41373 J082625.17-524827.0 A0V 69. 8945 1.6 0.58 129. 2. 128. 62.8 2. 35.2 0.012 0.439 5.850 0.054 5.890 0.025 43121 J084655.98+120635.4 A1V 54. 8342 1.5 1.9 174. 2. 173. 78.7 2. 47.7 0.005 0.393 5.490 0.059 5.540 0.031 43414 J085034.99-664733.7 F5IV 52. 6575 3. 0.9 579. 8. 571. 225. 4. 158. 0.013 0.300 4.190 0.096 4.290 0.058 46843 J093243.65+265916.4 K0 18. 5311 0.79 2.8 256. 3. 262. 85.2 2. 73.1 -0.024 0.143 5.130 0.063 5.150 0.036 47135 J093617.61-782041.1 G2V 68. 5924 1.1 0.75 41. 0.6 40.9 14.4 0.7 11.4 0.002 0.210 7.120 0.032 7.160 0.020 47792 J094436.47-621442.0 K3/4V 58. 4620 0.82 1.2 23.2 0.4 23.1 8.48 0.7 6.46 0.002 0.238 7.750 0.023 7.830 0.021 47990 J094653.90-041753.3 K0 69. 5738 1.2 1.6 41.2 0.6 41.8 14.9 0.9 11.6 -0.013 0.220 7.090 0.031 7.110 0.020 48423 J095216.55+491126.2 G5 33. 5607 0.91 1.2 107. 1. 109. 43.1 2. 30.3 -0.018 0.297 6.110 0.044 6.110 0.023 49593 J100725.82+351441.5 A7V 28. 8006 1.6 1.2 692. 10. 695. 251. 6. 191. -0.003 0.236 4.040 0.108 4.120 0.064 49809 J101005.80-124858.2 F2/F3IV/V 28. 6901 1.5 0.9 497. 6. 505. 166. 3. 139. -0.016 0.161 4.390 0.089 4.350 0.059 50155 J101419.21+150418.4 G5 53. 5187 0.85 1.6 32.3 0.5 33. 12.2 1. 9.19 -0.020 0.248 7.350 0.028 7.430 0.020 50860 J102306.33+335429.4 A6V 74. 8201 2.2 1.3 180. 2. 180. 60.7 2. 49.7 -0.003 0.180 5.420 0.072 5.490 0.032 51194 J102725.15-654216.5 A2V 68. 8752 1.7 0.67 139. 2. 139. 47.5 1. 38.4 -0.004 0.192 5.740 0.059 5.780 0.028 51793 J103455.79-742141.0 K2/3V 55. 4584 0.72 3.4 20.3 0.3 19.4 6.54 0.5 5.41 0.045 0.172 7.950 0.023 7.990 0.020 52457 J104324.88+231118.3 A3Vn 70. 9070 2.5 1.8 301. 4. 305. 107. 2. 84.0 -0.014 0.212 4.900 0.066 4.980 0.036 52709 J104637.16-431134.2 A4IV 72. 7952 1.9 1.1 133. 2. 135. 47.2 1. 37.2 -0.010 0.213 5.820 0.055 5.800 0.029 52947 J104941.85-713914.7 F0/F2V 74. 6850 1.4 1.5 64.1 0.9 64.7 25.3 0.9 17.9 -0.009 0.294 6.600 0.042 6.620 0.021 53954 J110219.79+201047.8 A1m 39. 9064 1.9 0.45 560. 8. 556. 253. 4. 153. 0.007 0.394 4.280 0.101 4.240 0.062 55057 J111616.56-034541.8 K0 55. 5554 0.91 1.2 37.3 0.6 37.5 14.2 1. 10.4 -0.006 0.262 7.200 0.028 7.270 0.020 55130 J111711.95-380051.5 A1V 73. 8637 1.6 0.86 115. 2. 115. 39.7 1. 31.7 0.004 0.202 5.930 0.048 6.010 0.024 56253 J113149.95+810738.4 A2m 59. 7671 1.7 1.3 168. 2. 172. 55.2 1. 47.4 -0.022 0.141 5.520 0.060 5.560 0.030 57971 J115326.75-350400.2 A2V 74. 8794 1.7 0.32 117. 2. 118. 48. 1. 32.5 -0.003 0.323 5.930 0.056 5.970 0.023 59394 J121103.79-233608.9 A1V 59. 9077 1.8 0.28 216. 3. 215. 94.5 2. 59.2 0.003 0.374 5.290 0.065 5.320 0.034 59422 J121121.74-034644.4 F5 50. 6597 1.4 1.6 123. 2. 126. 51.3 2. 34.9 -0.023 0.320 5.810 0.055 5.910 0.025 59608 J121325.88+101544.4 A2m 50. 7580 1.7 1.1 228. 3. 229. 83.7 2. 63.3 -0.007 0.244 5.230 0.063 5.260 0.030 59893 J121702.77-041503.9 K2 68. 5058 0.86 0.77 19.9 0.4 20. 8.87 1. 5.57 -0.004 0.372 7.910 0.023 7.960 0.020 60074 J121906.38+163252.4 G2V 27. 5853 0.96 1.6 176. 2. 179. 69.5 2. 49.8 -0.016 0.283 5.520 0.064 5.520 0.030 61558 J123647.35-054954.9 A3V 69. 8927 1.7 1.1 151. 2. 149. 69.9 2. 41.2 0.008 0.411 5.660 0.057 5.740 0.028 61960 J124153.12+101407.6 A0V 36. 8919 1.5 1.7 383. 5. 376. 163. 3. 103. 0.018 0.364 4.700 0.077 4.660 0.047 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