J/A+A/442/365 Astrometric orbits of SB9 stars (Jancart+, 2005)

J/A+A/442/365/table3.dat The 70 orbital solutions (Campbell solutions) passing all consistency tests. (70 records)

HIP
---
a0 (e)
mas
e
---
incl (e)
deg
omega1
deg
OMEGA (e)
deg
T0
d
Per
d
DMSA
---

a/ahip
---

i/ihip
---

Ref
---
677 7.26 0.380.53 102.7 9.7 77.5 103.4 5.8 2447374.6 96.7O(1.12;0.97)55
134920.98 0.560.57 74.7 2.1 4.7 352.3 3.3 2434233.3 411.4O(1.05;0.93) 9
1955 4.68 0.250.33 108.0 7.5 18.7 299.0 8.3 2435627.6 115.35 5
3504 7.4 1.3 0.11 107.2 4.3 79.0 274.5 4.7 2441665.01033.0O(1.04;1.06) 3
6867 5.57 0.460.00 46.3 4.0 0.0 340.2 5.2 2419544.9 193.8O(1.13;0.92)49
7078 7.95 0.150.31 85.6 4.7 188.2 160.5 3.7 2429000.4 134.1O(1.28;0.97)64
890312.5 1.2 0.88 44.7 5.0 24.9 77.8 5.6 2444809.1 107.0O(1.10;1.00)55
8922 8.14 0.930.00 23.6 1.8 0.0 155.7 4.1 2443521.5 838.0X 23
10514 5.1 1.4 0.06 68. 11. 63.0 318. 14. 2441981.51385.0O(0.95;0.92)20
11231 8.09 0.340.29 60.6 3.7 188.2 200.2 3.8 2437159.1 142.3O(1.43;2.43) 5
1206210.99 0.870.26 56.8 4.0 254.6 64.9 5.8 2446440.0 905.0X 45
2093511.5 1.1 0.24 16.5 1.3 127.0 308.3 3.5 2443298.5 238.9O(1.06;0.83)29
2441910.77 0.590.08 51.6 3.3 275.0 230.7 3.9 2450690.0 803.59 52
26001 5.55 0.460.51 52.2 5.2 330.0 45.4 6.6 2423108.4 180.9O(1.21;1.17)48
30277 9.02 0.520.70 116.3 4.2 117.1 294.6 5.0 2419915.0 868.8O(0.94;1.01)41
32768 7.15 0.250.09 80.2 6.1 64.0 2.9 6.2 2420992.81066.0O(0.90;1.00)42
34164 8.77 0.960.27 107.4 8.5 248.9 224.3 8.0 2447859.9 612.3X 45
34608 4.92 0.310.40 64.3 5.9 103.4 85.6 6.9 2444525.0 113.3O(1.16;0.72) 7
36377 8.32 0.320.17 65.6 3.3 349.3 0.0 5.2 2420418.6 257.8O(1.02;0.96)62
39893 9.9 1.3 0.21 155.3 2.2 210.0 193.1 6.6 2448342.0 733.5X 45
4032610.66 0.730.40 135.2 1.9 140.0 181.7 2.7 2418060.0 930.0O(0.98;0.99)12
4507510.35 0.420.48 61.3 3.2 349.4 119.2 3.8 2425721.61062.4O(0.92;0.91)10
47461 4.19 0.670.15 122.0 8.0 135.4 282.7 9.7 2445464.5 635.45 19
52085 8.09 0.620.10 125.0 4.4 270.0 327.5 6.9 2420760.01200.0O(1.36;0.85)12
53240 7.83 0.930.38 134.4 5.4 301.0 292.4 6.2 2442901.51166.0O(0.90;1.09)22
57791 7.47 0.600.31 86.5 6.1 125.1 108.5 4.8 2442352.7 486.7O(0.97;0.99)18
60998 5.99 0.930.30 32.5 4.4 244.0 205.7 8.6 2442868.01703.07 57
61724 8.40 0.820.59 81.5 6.8 102.5 139.0 7.0 2443304.0 972.4O(0.84;0.96)24
62915 5.35 0.760.32 27.1 3.3 194.0 40.7 8.4 2443424.51027. 9 27
6340614.12 0.470.33 81.8 5.0 65.0 101.3 4.9 2449220.0 710.6O(0.86;1.01)36
6541712.0 1.7 0.19 68.9 4.6 166.0 121.1 3.7 2445497.51366.8O(1.17;1.13)30
67234 6.45 0.610.13 48.2 3.8 58.6 280.3 4.9 2424163.0 437.0O(1.01;0.77)41
6792736.02 0.560.26 115.7 1.6 326.3 75.2 1.4 2428136.2 494.2O(1.02;0.99) 8
67480 7.3 0.9 0.41 174.0 0.5 359. 278.8 5.8 2444739.5 944. X 28
69112 5.74 0.550.14 130.2 3.8 311.8 158.5 5.3 2438901.7 605.8O(1.00;0.94)58
69879 4.65 0.240.57 89.8 9.1 224.9 347.0 8.6 2440286.0 212.1O(1.26;1.02)59
7284816.54 0.180.51 93.4 4.2 219.0 248.3 3.6 2450203.4 125.4O(1.16;0.94)52
73199 6.10 0.480.13 53.3 4.0 212.0 239.3 5.5 2444419.0 748.9O(0.85;0.84) 6
73440 4.69 0.470.22 43.9 5.2 10.0 288.5 6.5 2447349.0 467.2X 45
7408711.2 1.6 0.83 62.0 9.0 175.3 82.6 6.6 2448356.62567.17 34
75379 8.4 1.3 0.68 52.6 9.4 339.5 215.5 7.5 2414785.1 226.9O(1.00;1.07)43
79101 8.65 0.640.47 10.3 0.7 357.0 148.3 3.0 2440525.2 560.5O 4
8034653.0 1.8 0.67 152.60 0.95251.0 286.9 1.5 2451298.01366.1O(1.02;1.03)52
80686 2.71 0.440.06 16.01 2.47274.5 2.1 6.8 2418103.6 12.95 41
8081611.37 0.510.55 53.8 2.3 24.6 341.9 3.8 2415500.4 410.6O(1.03;1.16)54
82860 6.58 0.320.21 56.1 4.0 339.0 228.7 4.5 2439983.6 52.1O(0.98;0.90) 2
83575 9.11 0.580.22 61.2 3.5 348.0 19.5 4.3 2446806.0 790.6O(1.04;1.03)32
8640012.71 0.780.23 18.4 1.1 140.5 274.2 2.7 2447724.9 83.7O(0.92;0.41)61
8789529.81 0.620.41 72.7 1.2 134.8 177.4 1.0 2447714.6 881.8O(1.09;1.07)55
8878810.09 1.040.378153.9 2.3 137.0 341.4 5.8 2446139.02017.09 33
8993750.30 0.230.41 80.08 0.70119.9 232.42 0.832446005.6 280.5O(1.25;1.07)55
90659 9.1 1.1 0.50 142.1 3.0 56.0 353.1 6.0 2442925.51284.0O(0.97;1.01)22
91751 6.41 0.530.21 59.5 4.9 78.0 295.8 7.0 2442928.5 485.3O(1.05;1.05)25
92512 3.16 0.250.11 106. 11. 274.3 0. 37. 2419258.2 138.4O(1.02;1.09)66
9324412.80 0.440.27 87.5 6.6 82.0 58.7 3.9 2441718.51270.6O(0.94;1.00)25
95028 3.0 0.7 0.37 19. 4. 161. 242.9 10.0 2443811.9 208.87 25
95066 9.15 0.540.83 75.2 8.6 152.7 129.7 6.7 2433420.2 266.5O(1.18-1.05)17
95575 8.14 0.250.15 98.2 7.8 63.3 208.1 5.7 2447746.4 166.4X 61
99848 5.5 1.2 0.30 65.5 8.3 218.2 0. 227. 2433141.81147.8O(1.04;1.02)65
9996514.06 0.390.08 92.2 3.6 243.0 303.9 4.5 2450218.0 418.8O(0.87;0.94)38
100437 5.35 0.570.76 54.2 6.4 108.1 249.7 8.2 2449281.01124.19 35
10109319.79 0.550.03 104.0 1.6 83.7 95.4 1.7 2416214.5 840.6O(1.39;1.01) 1
101847 3.82 0.810.0 147.7 5.9 0.0 314.0 1.3 2423358.0 205.25 47
103519 7.48 0.640.44 32.4 2.4 148.1 306.2 4.0 2439186.1 635.1O(1.02;0.94)56
10596910.65 0.750.13 157.0 1.3 192.0 236.6 3.9 2447479.0 878.0X 51
109176 4.07 0.270.00 80. 13. 0.0 188. 11. 2445320.0 10.25 16
11117026.67 0.730.38 63.4 1.7 171.6 82.0 1.9 2443995.0 630.1O(1.14;1.07)55
11215815.62 0.850.15 72.7 1.9 5.6 208.6 2.3 2415288.7 818.0O(1.15;1.03)13
11371812.16 0.930.54 24.3 1.8 247.7 328.6 5.6 2448280.0 468.1O(1.10;0.41)45
114421 7.82 0.470.66 114.3 5.2 240.8 120.8 7.2 2416115.6 409.6O(1.26;0.93)41