Title: Orbit alignment in triple stars Author: Tokovinin A. Table: Hierarchical systems with two known visual orbits ================================================================================ Byte-by-byte Description of file: apjaa7746t3_mrt.txt -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 10 A10 --- WDS WDS code 12- 12 A1 --- In/Out Inner or outer subsystem 14- 20 F7.2 yr P Period 22- 26 F5.3 --- e Eccentricity 28- 32 F5.3 arcsec a Semimajor axis 34- 38 F5.1 deg W Position angle of node 40- 44 F5.1 deg i Inclination 46- 46 I1 --- Grade Orbit grade 48- 55 A8 --- Ref Reference code (1) 57- 64 F8.4 deg Phi Angle Phi between angular momenta -------------------------------------------------------------------------------- Note (1): Ana2011 = Andrade & Docobo Icarus 215, 712, 2011 [2011Icar..215..712A]; Bag1992 = Balega et al. 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MNRAS 422, 1057, 2012 [2012MNRAS.422.1057P]; Ptn2011 = Peterson et al. ApJ 737, 104, 2011 [2011ApJ...737..104P]; RAO2015 = Riddle et al. ApJ, 799, 4, 2015 [2015ApJ...799....4R]; Rab1948b = Rabe AN 276, 262, 1948 [1948AN....276..262R]; Rag2009 = Raghavan et al. ApJ 690, 394, 2009 [2009ApJ...690..394R]; Ren2013 = Ren & Fu AJ 145, 81, 2013 [2013AJ....145...81R]; Sca2009a = Scardia et al. AN 330, 55, 2009 [2009AN....330...55S]; Sch2016 = Schaefer et al. AJ 252, 213, 2016 ; Sod1999 = Soderhjelm A&A 341, 121, 1999 [1999A&A...341..121S]; Str1943 = Strand PASP 55, 26, 1943 [1943PASP...55...26S]; TRM2012 = Torres et al. ApJ 747, 18, 2012 [2012ApJ...747...18T]; Tok2014b = Tokovinin, Gornya & Morrell MNRAS 443, 3082, 2014 [2014MNRAS.443.3082T]; Tok2015b = Tokovinin, Latham & Mason AJ 149, 195, 2015 [2015AJ....149..195T]; Tok2015c = Tokovinin et al. AJ 150, 50, 2015 [2015AJ....150...50T] ; Tok2016 = Tokovinin, A. ApJ, 831, 15, 2016; Tok2017a = Tokovinin, A. ApJ, 2017, accepted; Tok2017b = Tokovinin, A., unpublished, 2017; Trn2008 = Turner et al. AJ 136, 554, 2008 [2008AJ....136..554T]; USN2002 = Seymour et al. AJ 123, 1023, 2002 [2002AJ....123.1023S]; vdW1974 = van der Wiele Bull. R. Astron. Obs. Belgium 8, 176, 1974 [1974BAORB...8..176V]; WSI2006b = Mason, B.D. et al. AJ 132, 2219, 2006 [2006AJ....132.2219M]; Zhu2010 = Zhuchkov et al. Astron. Reports 54, 1134, 2010 [2010ARep...54.1134Z]; Zir2015a = Zirm Inf. Circ. 185, 2015 [2015IAUDS.185....1Z]. -------------------------------------------------------------------------------- 00247-2653 I 17.25 0.017 0.460 14.8 62.0 2 Tok2017b 1.0 00247-2653 O 77.47 0.026 1.531 13.9 62.6 4 Tok2017b 124.6 00321+6715 I 15.00 0.083 0.348 175.0 47.0 9 Ana2011 0.3 00321+6715 O 222.30 0.293 3.322 174.9 47.3 5 Doc2008d 94.3 00335+4006 I 4.72 0.076 0.058 96.1 97.1 4 Tok2017a 142.6 00335+4006 O 69.37 0.329 0.389 299.0 112.8 2 Tok2017a 27.1 00568+6022 I 4.85 0.224 0.032 149.9 47.6 4 Doc2006c 20.8 00568+6022 O 83.10 0.241 0.245 175.0 54.9 2 CWA1992 99.2 01166+1831 I 0.75 0.337 0.003 252.5 123.1 9 Ren2013 112.2 01166+1831 O 143.73 0.575 0.767 102.7 118.3 5 Hrt2011d 26.3 01198-0031 I 27.02 0.210 0.111 34.0 19.2 2 Tok2017b 34.9 01198-0031 O 650.00 0.640 1.320 87.2 43.5 4 Zir2015a 56.7 01350-2955 I 4.56 0.317 0.174 224.3 19.5 1 Tok2015c 43.1 01350-2955 O 120.00 0.231 1.574 137.4 40.3 4 Tok2017b 45.0 02022+3643 I 12.94 0.404 0.150 191.4 67.0 2 Hrt2000a 51.3 02022+3643 O 310.51 0.636 1.790 168.5 113.2 5 Nov2006e 159.0 02022-2402 I 14.22 0.070 0.100 124.5 154.5 3 Tok2017b 30.7 02022-2402 O 99.00 0.258 0.472 49.6 153.9 5 Tok2017b 40.4 02057-2423 I 2.58 0.769 0.048 127.2 75.9 2 Tok2014b 12.4 02057-2423 O 213.00 0.450 1.030 140.0 76.0 4 Tok2014b 149.2 02291+6724 I 47.05 0.626 0.417 176.7 149.2 4 Dru2003 95.7 02291+6724 O 620.00 0.750 2.880 0.8 115.0 5 Hei1996b 34.3 02460-0457 I 39.09 0.700 0.180 33.8 57.1 4 Tok2017b 116.3 02460-0457 O 952.00 0.309 2.033 143.9 108.2 5 Tok2017b 84.0 03266+2843 I 0.02 0.000 0.002 82.0 59.2 8 Ptn2011 40.6 03266+2843 O 111.02 0.770 0.648 238.9 93.3 5 Ptn2011 144.9 03272+0944 I 0.40 0.212 0.016 148.4 86.7 3 Nem2016 66.4 03272+0944 O 50.81 0.571 0.439 109.4 26.7 3 Nem2016 107.3 04142+2813 I 0.14 0.271 0.003 62.4 68.5 1 TRM2012 119.9 04142+2813 O 26.20 0.099 0.115 288.2 71.5 3 Bod2012 43.0 04357+1010 I 0.02 0.000 0.002 34.0 27.2 9 Lne2007 82.0 04357+1010 O 18.03 0.072 0.240 146.7 69.9 2 Lne2007 61.9 04357+1010 I 0.01 0.000 0.001 287.5 110.6 9 Lne2007 143.3 04357+1010 O 18.03 0.072 0.240 146.7 69.9 2 Lne2007 55.9 04400+5328 I 26.65 0.860 0.174 20.8 141.0 2 Hei1996b 69.4 04400+5328 O 737.20 0.320 2.070 285.6 121.1 4 WSI2006b 63.2 04518+1339 I 0.39 0.610 0.004 143.7 94.4 9 Ren2013 46.4 04518+1339 O 95.20 0.590 0.710 143.0 48.0 2 Sod1999 142.4 05239-0052 I 47.33 0.276 0.335 141.0 87.5 3 Tok2017b 17.7 05239-0052 O 996.60 0.200 2.847 154.1 99.5 5 Tok2017b 165.2 05387-0236 I 0.39 0.779 0.004 6.9 56.4 2 Sch2016 129.8 05387-0236 O 156.70 0.052 0.266 121.7 159.7 2 Trn2008 113.4 06024+0939 I 0.01 0.002 0.002 111.3 110.7 9 Mut2008 84.4 06024+0939 O 18.64 0.744 0.274 24.8 96.6 2 DRs2012 90.9 06024+0939 I 0.01 0.004 0.002 50.5 47.1 9 Mut2008 54.7 06024+0939 O 18.64 0.744 0.274 24.8 96.6 2 DRs2012 137.2 07351+3058 I 1.99 0.339 0.002 158.5 86.2 9 Mut2010d 171.2 07351+3058 O 213.37 0.676 0.555 329.9 91.8 3 Mut2010d 10.3 08122+1739 I 59.58 0.319 0.859 157.6 173.9 1 WSI2006b 33.8 08122+1739 O 1115.00 0.240 7.700 74.2 146.0 4 Hei1996b 35.2 08122+1739 I 19.05 0.088 0.372 262.0 149.2 4 RAO2015 64.6 08122+1739 O 1115.00 0.240 7.700 74.2 146.0 4 Hei1996b 5.3 08447-2126 I 10.51 0.500 0.122 186.5 106.5 0 Tok2017b 100.5 08447-2126 O 110.00 0.370 0.803 312.7 136.7 0 Tok2017b 53.5 08447-5443 I 0.12 0.285 0.000 0.0 89.2 2 Mrd2011 22.3 08447-5443 O 146.97 0.482 2.002 344.7 105.6 4 Msn2011b 158.9 08468+0625 I 15.05 0.656 0.254 288.0 50.0 1 Hrt1996a 65.2 08468+0625 O 589.00 0.000 3.370 34.5 33.2 4 Dru2014 48.9 10370-0850 I 8.85 0.125 0.150 50.4 56.6 2 Tok2015b 10.8 10370-0850 O 205.00 0.301 1.334 63.2 54.2 4 Tok2015b 109.8 11182+3132 I 1.83 0.610 0.054 318.0 91.0 9 Hei1996b 132.4 11182+3132 O 59.88 0.398 2.536 281.8 122.1 1 Msn1995 46.2 11221-2447 I 0.86 0.785 0.023 337.6 66.8 3 Bod2005b 143.7 11221-2447 O 199.61 0.429 1.032 184.4 87.9 5 Tok2017b 33.5 12108+3953 I 75.00 0.373 0.078 138.4 83.1 9 vdW1974 48.8 12108+3953 O 1431.00 0.780 2.002 122.2 129.5 4 Msn1999a 144.3 12199-0040 I 0.20 0.244 0.007 129.5 45.5 2 Hum2003 30.8 12199-0040 O 13.07 0.087 0.134 170.8 50.6 2 Sod1999 88.2 14131+5520 I 2.87 0.754 0.006 224.9 88.8 9 Ren2013 107.1 14131+5520 O 1013.00 0.270 3.560 336.0 58.2 4 Kiy1998 71.5 16054-1948 I 0.02 0.291 0.001 294.2 111.8 9 Hol1997 149.5 16054-1948 O 610.00 0.909 3.900 89.5 87.1 5 USN2002 34.5 16057-0617 I 4.99 0.375 0.053 122.1 127.6 2 Tok2017b 52.4 16057-0617 O 311.00 0.650 0.884 45.1 179.9 5 Tok2017b 52.4 16057-3252 I 11.18 0.280 0.133 174.2 138.3 3 Tok2017b 17.3 16057-3252 O 132.17 0.037 0.812 156.0 152.3 4 Tok2017b 68.5 16147+3352 I 0.01 0.000 0.001 207.9 28.1 8 Rag2009 60.4 16147+3352 O 726.00 0.720 5.260 28.0 32.3 4 Rag2009 4.2 16253-4909 I 20.03 0.218 0.200 7.5 105.3 5 Tok2017b 58.7 16253-4909 O 769.00 0.400 2.741 60.4 150.0 5 Tok2017b 93.6 17053+5428 I 3.20 0.400 0.026 134.1 83.5 9 Str1943 127.6 17053+5428 O 812.00 0.514 4.480 282.9 142.2 4 Pru2012 64.4 17066+0039 I 6.34 0.386 0.073 15.9 34.0 3 Tok2015c 39.4 17066+0039 O 961.00 0.613 2.361 82.1 41.1 5 Tok2017b 61.6 17157-0949 I 5.16 0.416 0.029 340.1 179.9 3 Tok2017b 45.3 17157-0949 O 150.00 0.350 0.375 28.7 134.6 4 Tok2017b 45.5 17217+3958 I 0.01 0.004 0.001 311.3 87.6 9 Mut2008 32.8 17217+3958 O 5.53 0.680 0.074 322.0 56.4 2 Mut2008 142.6 20002-5522 I 72.72 0.230 0.291 65.1 45.0 4 Tok2017b 14.7 20181+4044 O 35.20 0.489 0.055 255.2 46.2 3 CIA2011b 37.4 20396+0458 I 2.51 0.616 0.124 147.2 24.1 0 Tok2017a 64.8 20396+0458 O 38.70 0.114 0.855 127.6 87.4 0 Tok2017a 110.1 20474+3629 I 11.63 0.524 0.048 150.0 135.0 3 Bag1992 8.2 20474+3629 O 391.30 0.450 0.777 138.6 133.8 4 Rab1948b 90.6 21041+0300 I 1.03 0.093 0.028 97.3 68.6 0 Tok2017a 6.1 21041+0300 O 19.20 0.174 0.220 102.8 65.1 0 Tok2017a 133.4 21446+2539 I 0.02 0.007 0.003 244.1 125.7 9 Mut2008 43.4 21446+2539 O 11.57 0.314 0.239 289.0 107.9 1 Mut2008 111.6 22288-0001 I 25.95 0.872 0.390 293.7 11.8 3 Tok2016 153.0 22288-0001 O 540.00 0.419 3.496 131.3 142.0 3 Tok2016 130.6 22388+4419 I 1.50 0.022 0.039 334.5 85.8 2 Tok2017a 2.5 22388+4419 O 30.13 0.324 0.336 334.2 88.3 2 Tok2017a 174.1 23019+4220 I 5.64 0.220 0.061 318.0 152.0 3 Zhu2010 53.5 23019+4220 O 117.40 0.371 0.295 5.6 109.6 3 Zhu2010 90.1 23079+7523 I 1.52 0.300 0.012 58.6 84.9 9 Ren2013 60.0 23079+7523 O 162.80 0.597 0.810 90.3 30.0 3 Sca2009a 110.3 23340+3120 I 4.21 0.000 0.023 128.3 66.6 9 Mut2010e 61.8 23340+3120 O 492.31 0.322 0.568 56.2 21.7 4 Mut2010e 74.7 23393+4543 I 20.28 0.230 0.040 58.7 147.1 4 Ole2005c 147.1 23393+4543 O 324.38 0.110 0.261 30.5 147.5 4 Ole2005c 147.1