Title: The VMC Survey XXVII. Young Stellar Structures in the LMC's Bar Star-Forming Complex Authors: Sun N.-C., de Grijs R., Subramanian S., Bekki K., Bell C.P.M., Cioni M.-R.L., Ivanov V.D., Marconi M., Oliveira J.M., Piatti A.E., Ripepi V., Rubele S., Tatton B.L., van Loon J.T. Table: Identified Young Stellar Structures ================================================================================ Byte-by-byte Description of file: apjaa911et1_mrt.txt -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 3 I3 --- ID Internal index number 5- 6 I2 --- sigma Significance level 8- 15 F8.4 deg RAdeg Right Ascension in decimal degrees (J2000) (1) 17- 24 F8.4 deg DEdeg Declination in decimal degrees (J2000) (1) 26- 30 F5.1 pc R Size parameter 32- 37 F6.1 --- N* Mass; expressed in N_*_ 39- 42 F4.2 pc-2 SDen Surface density; see Sections 4.2-4.4 -------------------------------------------------------------------------------- Note (1): Of the center of each young stellar structure, defined as (RAdeg|DEdeg) = ((RAdeg|DEdeg)_min_ + (RAdeg|DEdeg)_max_)/2, where (RAdeg|DEdeg)_min_ and (RAdeg|DEdeg)_max_ are the minimum and maximum Right Ascensions or Declinations of the iso-density contour of each structure, respectively. -------------------------------------------------------------------------------- 1 1 146.1157 -67.8603 212.9 4419.2 0.03 2 1 53.9892 -40.0755 139.9 1833.3 0.03 3 1 59.7185 -63.4666 72.1 346.6 0.02 4 1 101.9242 -52.8468 80.0 233.8 0.01 5 1 92.1920 -72.2725 60.4 421.4 0.04 6 1 29.4799 -51.5429 50.2 239.9 0.03 7 1 60.3419 -55.3113 62.6 170.8 0.01 8 1 35.6166 -45.5387 39.8 161.7 0.03 9 1 46.3646 -56.6696 34.9 151.7 0.04 10 1 77.6561 -65.8653 33.4 91.9 0.03 11 1 115.9339 -57.2507 32.3 102.4 0.03 12 1 119.0661 -82.0242 25.3 81.6 0.04 13 1 51.9121 -69.6249 22.2 58.0 0.04 14 1 171.0498 -72.8845 22.0 47.5 0.03 15 1 72.9400 -60.0954 18.9 41.3 0.04 16 1 64.3363 -39.5766 17.9 47.5 0.05 17 1 81.5490 -59.6887 17.8 49.9 0.05 18 1 138.5872 -55.1443 17.8 40.2 0.04 19 1 127.1002 -67.7137 16.8 37.4 0.04 20 1 70.7055 -39.0431 16.3 43.3 0.05 21 1 37.8228 -69.1973 18.6 26.5 0.02 22 1 163.2139 -76.1437 17.8 33.7 0.03 23 1 53.8664 -50.7491 14.7 24.0 0.04 24 1 50.9872 -30.0016 14.4 21.0 0.03 25 1 45.9495 -34.4782 14.1 36.9 0.06 26 1 115.3724 -62.6047 15.4 24.1 0.03 27 1 93.5044 -46.7116 16.9 17.4 0.02 28 1 53.0553 -32.2758 13.4 17.4 0.03 29 1 143.1562 -79.4266 12.8 22.7 0.04 30 1 121.8098 -74.8265 12.5 27.3 0.06 31 1 103.6164 -65.8187 12.3 15.6 0.03 32 1 81.1151 -49.3874 11.8 23.0 0.05 33 1 119.9524 -59.9720 11.2 16.1 0.04 34 1 68.8946 -45.8092 11.0 16.0 0.04 35 1 116.7254 -52.7949 10.6 22.6 0.06 36 1 31.5199 -56.2845 9.8 14.1 0.05 37 1 85.8405 -52.1405 9.8 11.7 0.04 38 1 64.1674 -37.1110 9.7 14.6 0.05 39 1 83.8753 -62.3849 8.7 14.4 0.06 40 1 77.7933 -37.3671 8.5 8.7 0.04 41 1 111.5571 -73.1288 8.4 10.7 0.05 42 1 95.7453 -64.9650 8.4 9.1 0.04 43 1 79.2448 -54.0936 8.2 14.9 0.07 44 1 67.5653 -48.6812 7.9 4.5 0.02 45 1 74.8827 -41.1181 7.6 15.1 0.08 46 1 105.0978 -63.6942 7.6 11.4 0.06 47 1 78.3503 -57.2876 7.5 10.7 0.06 48 1 75.7591 -55.4594 6.7 11.0 0.08 49 1 64.8472 -44.4386 5.6 7.9 0.08 50 1 72.9680 -69.9683 5.3 7.2 0.08 51 1 320.4210 -66.6074 5.1 16.9 0.20 52 1 86.9524 -50.1306 4.5 9.0 0.14 53 2 158.3330 -67.9709 122.9 2053.1 0.04 54 2 56.0565 -41.0541 78.6 1208.5 0.06 55 2 131.1950 -55.3942 42.4 357.8 0.06 56 2 90.2892 -72.4829 34.8 194.1 0.05 57 2 133.4047 -62.2327 26.6 211.1 0.10 58 2 57.0855 -61.7340 18.8 82.3 0.07 59 2 38.0687 -44.2727 18.6 99.4 0.09 60 2 45.6088 -56.0183 18.3 107.0 0.10 61 2 29.7051 -50.6521 17.7 62.7 0.06 62 2 58.7017 -54.0623 14.5 55.7 0.08 63 2 96.0964 -50.5430 11.0 38.2 0.10 64 2 122.5511 -82.4071 10.8 34.2 0.09 65 2 50.7912 -35.0233 10.6 19.7 0.06 66 2 82.1753 -71.4797 10.6 35.8 0.10 67 2 66.1602 -64.0123 9.1 17.3 0.07 68 2 148.8144 -57.8004 9.0 16.2 0.06 69 2 64.3114 -39.6713 8.7 27.9 0.12 70 2 70.7056 -39.0474 8.6 27.0 0.12 71 2 81.0612 -59.6232 7.8 22.2 0.12 72 2 45.8270 -34.5018 7.7 32.1 0.17 73 2 52.8843 -55.2497 7.4 18.2 0.11 74 2 125.5543 -65.0402 6.8 14.1 0.10 75 2 60.9389 -45.2782 5.1 6.4 0.08 76 3 53.5988 -38.4523 37.2 665.4 0.15 77 3 164.4123 -66.1249 34.9 284.6 0.07 78 3 131.1788 -55.3169 32.9 207.3 0.06 79 3 151.7182 -70.2595 27.1 188.0 0.08 80 3 54.4331 -42.5510 22.7 202.3 0.12 81 3 133.2546 -62.2770 19.9 163.4 0.13 82 3 56.8296 -45.7728 17.9 102.8 0.10 83 3 136.9166 -72.6049 17.2 94.1 0.10 84 3 158.0276 -64.1065 14.5 75.2 0.11 85 3 38.1964 -44.2763 13.6 68.1 0.12 86 3 87.0886 -74.2907 13.0 66.0 0.12 87 3 45.5984 -56.0027 12.6 74.5 0.15 88 3 157.3469 -61.8213 10.9 38.5 0.10 89 3 137.7274 -70.2235 10.2 37.2 0.11 90 3 142.7653 -71.8821 8.2 25.1 0.12 91 3 163.7628 -62.1605 7.9 14.7 0.07 92 3 57.6573 -61.4206 7.4 22.1 0.13 93 3 172.7642 -62.7993 7.1 24.3 0.15 94 3 58.5233 -53.9677 6.5 24.4 0.18 95 3 28.8745 -50.5273 2.5 7.0 0.35 96 4 53.5206 -38.3930 31.0 587.1 0.19 97 4 54.4553 -42.5530 18.3 162.0 0.15 98 4 133.2007 -62.2637 15.5 134.4 0.18 99 4 161.0075 -66.8379 13.3 73.7 0.13 100 4 128.2160 -55.1602 11.6 65.0 0.15 101 4 56.6914 -45.9528 11.2 55.8 0.14 102 4 150.2144 -70.6194 11.1 52.1 0.13 103 4 136.8582 -72.6793 9.5 56.7 0.20 104 4 38.2547 -44.2796 9.4 52.0 0.19 105 4 131.9051 -54.1794 9.3 45.7 0.17 106 4 87.0889 -74.2888 7.1 28.5 0.18 107 4 45.5858 -55.9891 6.5 24.8 0.19 108 4 157.9140 -64.1933 6.3 22.0 0.18 109 5 53.5099 -38.3425 27.5 541.0 0.23 110 5 54.4655 -42.5553 14.9 135.5 0.19 111 5 133.1533 -62.2487 11.7 96.0 0.22 112 5 128.1917 -55.1533 6.8 45.8 0.32 113 5 56.6691 -45.9786 4.9 14.3 0.19 114 5 38.2879 -44.2820 4.3 24.3 0.42 115 6 53.5047 -38.3174 24.9 497.5 0.26 116 6 54.4712 -42.5581 11.9 106.2 0.24 117 6 133.1120 -62.2346 7.8 58.4 0.31 118 7 53.4994 -38.3043 22.7 471.7 0.29 119 7 54.4749 -42.5612 8.9 87.7 0.35 120 8 53.4944 -38.2969 20.8 452.6 0.33 121 8 54.4776 -42.5641 5.4 39.4 0.44 122 9 53.4896 -38.2922 19.1 407.2 0.36 123 10 53.4849 -38.2894 17.4 369.4 0.39