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ExoPlanets

Explanatory Legend for Table Headers
Name 
Mass Mass of planet, Jupiter = 1
Period Length of orbit in days
Semi Major Axis In Astronomical Units
Eccentricity Ratio of the semi-major and semi-minor axes of the planet's orbit
Inclination Angle of the planets orbit to the Primary
Angular Distance In arc-seconds
Dist Distance to the Primary from Sol, in Parsecs
Class Stellar classification of the Primary
Mass Mass of Primary, Sol = 1
Right Ascension Degrees, minutes and seconds
Declination Degrees, minutes and seconds
Radius Radius of Primary, Sol = 1

This set of data is courtesy of The Extrasolar Planets Encyclopaedia and further information and expanded details of Exoplanet discoveries may be obtained there and/or The California And Carnegie Planet Search and/or The Astrophysical Journal.

List of ExoPlanets discovered as at 31 March 2008

 TABLE HAS INSTANT SORT - Click a column head to sort - Click again to reverse the order of sort 

 EXO-Planetary Data  Space  Stellar Data  Space

Name Mass Period Semi
Major
Axis
Eccentricity Inclination Angular
Distance
Distance Class Mass Right
Ascension
Declination Radius
14 Her b4.641773.42.770.37
0.1518.1K0 V0.916 10 23+43 49 180.71
16 Cyg B b1.68799.51.680.69
0.0821.41G2.5 V1.0119 41 51+50 31 030.98
18 Del b10.3993.32.60.08
0.0473.1G6III2.320 58 26+10 50 218.5
2M1207 b4
46

0.8852.4M80.0312 07 33-39 32 54
4 Uma b7.1269.30.870.43
0.0162.39K1III1.2308 40 13+64 19 41
47 Uma b2.61083.22.110.05
0.1513.97G0V1.0310 59 29+40 25 461.24
47 Uma c0.4621903.390.22
0.2413.97G0V1.0310 59 29+40 25 461.24
51 Peg b0.474.230.05

014.7G2 IV1.1122 57 27+20 46 071.27
55 Cnc b0.8214.650.120.01
0.0113.4G8 V1.0308 52 37+28 20 021.15
55 Cnc c0.1744.340.240.09
0.0213.4G8 V1.0308 52 37+28 20 021.15
55 Cnc d3.8452185.770.03
0.4313.4G8 V1.0308 52 37+28 20 021.15
55 Cnc e0.032.820.040.07
013.4G8 V1.0308 52 37+28 20 021.15
55 Cnc f0.142600.780.2
0.0613.4G8 V1.0308 52 37+28 20 021.15
70 Vir b7.44116.690.480.4
0.0222G4 V1.113 28 26+13 47 121.97
AB Pic b13.5
275

6.0345.6K2 V
06 19 12-58 03 15
BD-10 3166 b0.483.490.050.07


G4 V0.9910 58 28-10 46 131.71
ChaHa8 b181590.910.49
0.01160M6.50.0911 07 48-77 40 08
CoRoT-Exo-1 b1.031.51

85.1
460G0V0.9506 48 19-03 06 081.11
CoRoT-Exo-2 b3.311.74

87.84
300K0V0.9719 27 07+01 23 060.9
eps Tau b7.6594.91.930.15
0.0445K0 III2.704 28 37+19 10 5013.7
Epsilon Eridani b1.5525023.390.730.11.063.2K2 V0.8303 32 55-09 27 290.9
Gamma Cephei b1.6902.92.040.12
0.1711.8K2 V1.423 39 20+77 37 566.2
GJ 3021 b3.32133.820.490.51
0.0317.62G6 V0.900 16 12-79 51 04
GJ 317 b1.2692.90.950.19
0.19.17M3.50.2408 40 59-23 27 23
GJ 436 b0.072.640.030.1586.5010.2M2.50.4511 42 11+26 42 230.46
GJ 674 b0.044.690.040.2
0.014.54M2.50.3517 28 40-46 53 43
Gj 849 b0.8218902.350.06
0.278.8M3.50.3622 09 40-04 38 270.52
Gl 581 b0.055.370.040.02
0.016.26M30.3115 19 26-07 43 200.38
Gl 581 c0.0212.930.070.16
0.016.26M30.3115 19 26-07 43 200.38
Gl 581 d0.0283.60.250.2
0.046.26M30.3115 19 26-07 43 200.38
Gl 86 b4.0115.770.110.05
0.0111K1V0.7902 10 14-50 50 000.86
Gliese 876 b1.9460.940.210.02840.044.72M4 V0.3222 53 13-14 15 130.36
Gliese 876 c0.5630.10.130.27840.034.72M4 V0.3222 53 13-14 15 130.36
Gliese 876 d0.021.940.02

04.72M4 V0.3222 53 13-14 15 130.36
GQ Lup b21.5
103

0.74140K7eV0.715 49 12-35 39 03
HAT-P-1 b0.534.470.060.0985.90139GOV1.1222 57 47+38 40 301.15
HAT-P-2 b8.625.630.070.52900135F81.316 20 36+41 02 531.42
HAT-P-3 b0.62.90.04
87.240140K0.9413 44 23+48 01 430.82
HAT-P-4 b0.683.060.04
89.90310F1.2615 19 58+36 13 471.59
HAT-P-5 b1.062.790.04
86.750340
1.16

1.17
HAT-P-6 b1.063.850.05
85.510200F1.2923 39 06+42 27 581.46
HAT-P-7 b1.782.20.04
85.70320
1.4719 28 59+47 58 101.84
HD 100777 b1.16383.71.030.36
0.0252.8K0111 35 52-04 45 21
HD 101930 b0.370.460.30.11
0.0130.49K1 V0.7411 43 30-58 00 24
HD 102117 b0.1720.670.150.11
042G6V0.9511 44 50-58 42 131.27
HD 102195 b0.454.110.05

028.98K0V0.9311 45 42+02 49 170.84
HD 104985 b6.3198.20.780.03
0.01102G9 III1.512 05 15+76 54 2010.87
HD 106252 b6.8115002.610.54
0.0737.44G01.0512 13 29+10 02 291.09
HD 10647 b0.9110402.10.18
0.1217.3F8V1.0701 42 29-53 44 271.1
HD 10697 b6.121077.912.130.11
0.0732.56G5 IV1.1501 44 55+20 04 591.72
HD 107148 b0.2148.060.270.05
0.0151.3G51.1212 19 13-03 19 11
HD 108147 b0.410.90.10.5
038.57F8/G0 V1.2712 25 46-64 01 191.22
HD 108874 b1.36395.41.050.07
0.0268.5G5112 30 26+22 52 471.22
HD 108874 c1.021605.82.680.25
0.0468.5G5112 30 26+22 52 471.22
HD 109749 b0.285.240.060.01
059G3 IV1.212 37 16-40 48 43
HD 111232 b6.811431.970.2
0.0729G8V0.7812 48 51-68 25 30
HD 114386 b0.998721.620.28
0.0628K3 V0.7513 10 39-35 03 170.76
HD 114729 b0.821131.482.080.31
0.0635G3 V0.9313 12 44-31 52 241.46
HD 114762 b11.0283.890.30.34
0.0139.46F9V0.8413 12 19+17 31 011.24
HD 114783 b0.995011.20.1
0.0622K00.9213 12 43-02 15 540.78
HD 11506 b4.8512802.350.22
0.0453.82G0V1.1901 52 51-19 30 251.38
HD 117207 b2.062627.083.780.16
0.1233G8VI/V1.0713 29 21-35 34 151.09
HD 117618 b0.1952.20.280.39
0.0138G2V1.0513 32 25-47 16 161.19
HD 118203 b2.136.130.070.31
088.6K01.2313 34 02+53 43 42
HD 11964 b0.1137.820.230.15
0.0133.98G51.1301 57 09-10 14 322.18
HD 11964 c0.719403.170.3
0.0933.98G51.1301 57 09-10 14 322.18
HD 11977 b6.547111.930.4
0.0366.5G8.5 III1.9101 54 56-67 38 5013
HD 121504 b0.8964.60.320.13
0.0144.37G2 V113 57 17-56 02 24
HD 122430 b3.71344.951.020.68
0.01135K3III1.3914 02 22-27 25 4722.9
HD 125612 b3.25021.20.39
0.0252.82G3V1.114 20 54-17 28 531.05
HD 12661 b2.3263.60.830.35
0.0237.16G6 V1.0702 04 34+25 24 511.12
HD 12661 c1.571444.52.560.2
0.0737.16G6 V1.0702 04 34+25 24 511.12
HD 128311 b2.18448.61.10.25
0.0716.6K00.814 36 00+09 44 470.73
HD 128311 c3.219191.760.17
0.1116.6K00.814 36 00+09 44 470.73
HD 130322 b1.0810.720.090.05
030K0 V0.7914 47 32-00 16 530.83
HD 13189 b14471.61.850.28
0.01185K2 II4.502 09 40+32 18 595039
HD 132406 b5.619741.980.34
0.0371G0V1.0914 56 55+53 22 56
HD 134987 b1.582600.780.24
0.0325G5 V1.0515 13 28-25 18 331.2
HD 136118 b11.912092.30.37
0.0452.3F9 V1.2415 18 55-01 35 321.74
HD 141937 b9.7653.221.520.41
0.0533.46G2/G3 V115 52 17-18 26 091.06
HD 142 b1337.110.980.38
0.0520.6G1 IV1.100 06 19-49 04 300.86
HD 142022 A b4.419232.80.57
0.0835.87K0 V0.9916 10 15-84 13 530.71
HD 142415 b1.62386.31.050.5
0.0334.2G1 V1.0915 57 40-60 12 001.03
HD 147513 b1540.41.260.52
0.112.9G3/G5V0.9216 24 01-39 11 341
HD 149026 b0.362.880.04
90078.9G0 IV1.316 30 29+38 20 501.45
HD 149143 b1.334.070.050.02
063G0 IV1.2116 32 51+02 05 05
HD 150706 b12640.820.38
0.0327.2G00.9416 31 17+79 47 230.87
HD 154345 b0.9533404.190.04
0.2318.06G8V0.8817 02 36+47 04 55
HD 154857 b1.84091.20.47
0.0268.5G5V1.1717 11 15-56 40 502.42
HD 155358 b0.891950.630.11
0.0142.7G00.8717 09 35+33 21 21
HD 155358 c0.5530.31.220.18
0.0342.7G00.8717 09 35+33 21 21
HD 156846 b10.45359.510.990.85
0.0249G0V1.4317 20 34-19 20 01
HD 159868 b1.798620.69
0.0452.7G5V1.0917 38 60-43 08 44
HD 160691 b1.67654.51.50.31
0.115.3G3 IV-V1.0817 44 08-51 50 021.25
HD 160691 c3.129864.170.57
0.2715.3G3 IV-V1.0817 44 08-51 50 021.25
HD 160691 d0.049.550.09

0.0115.3G3 IV-V1.0817 44 08-51 50 021.25
HD 160691 e0.52310.550.920.07
0.0615.3G3 IV-V1.0817 44 08-51 50 021.25
HD 16141 b0.2375.560.350.21
0.0135.9G5 IV102 35 19-03 33 381
HD 16175 b4.58562.070.48
0.0359.8G01.3502 37 02+42 03 451.87
HD 162020 b13.758.430.070.28
031.26K2 V0.817 50 38-40 19 060.71
HD 164922 b0.3611552.110.05
0.121.93K0V0.9418 02 30+26 18 460.9
HD 167042 b1.6416.11.30.03
0.0350K1III1.6418 10 32+54 17 124.3
HD 168443 b8.0258.110.30.53
0.0137.88G51.0618 20 04-09 35 341.63
HD 168443 c18.11765.82.910.21
0.0837.88G51.0618 20 04-09 35 341.63
HD 168746 b0.236.40.070.08
043.12G50.9218 21 49-11 55 211.12
HD 169830 b2.88225.620.810.31
0.0236.32F8 V1.418 27 49-29 49 001.84
HD 169830 c4.0421023.60.33
0.136.32F8 V1.418 27 49-29 49 001.84
HD 170469 b0.6711452.240.11
0.0364.97G5IV1.1418 29 11+11 41 441.22
HD 17092 b4.6359.91.290.17
0.01109
2.302 46 22+49 39 11
HD 171028 b1.835381.290.61
0.0190G00.9918 32 15+06 56 451.95
HD 17156 b3.1121.220.160.6788.23078.24G01.202 49 44+71 45 121.47
HD 175541 b0.61297.31.030.33
0.01128G8IV1.6518 55 41+04 15 553.85
HD 177830 b1.2839110.43
0.0259K01.4819 05 20+25 55 142.99
HD 178911 B b6.2971.490.320.12
0.0146.73G51.0719 09 03+34 35 591.14
HD 179949 b0.953.090.050.02
027F8 V1.2819 15 33-24 10 451.19
HD 183263 b3.69634.231.520.38
0.0353G2IV1.1719 28 24+08 21 281.21
HD 185269 b0.946.840.080.3
047G0IV1.2819 37 12+28 30 001.88
HD 187085 b0.759862.050.47
0.0544.98G0 V1.2219 49 33-37 46 50
HD 187123 b0.523.10.040.03
050G51.0619 46 57+34 25 151.17
HD 187123 c1.9537004.80.25
0.150G51.0619 46 57+34 25 151.17
HD 188015 b1.26456.461.190.15
0.0252.6G5IV1.0919 52 04+28 06 011.1
HD 189733 b1.152.220.03
85.76019.3K1-K20.820 00 43+22 42 390.79
HD 190228 b4.9911272.310.43
0.0466.11G5IV1.320 03 00+28 18 243.02
HD 190360 b1.528913.920.36
0.2515.89G6 IV1.0420 03 37+29 53 481.2
HD 190360 c0.0617.10.130.01
0.0115.89G6 IV1.0420 03 37+29 53 481.2
HD 190647 b1.91038.12.070.18
0.0454.2G51.120 07 20-35 32 19
HD 192263 b0.7224.350.15

0.0119.9K2 V0.8120 13 59-00 52 000.75
HD 192699 b2.5351.51.160.15
0.0267G8IV1.6820 16 06+04 34 54.25
HD 195019 b3.718.20.140.01
0.0120G3 IV-V1.0620 28 17+18 46 121.38
HD 196050 b312892.50.28
0.0546.9G3 V1.1720 37 51-60 38 041.29
HD 196885 b2.9613492.630.46
0.0833F8V1.3320 39 51+11 14 581.79
HD 19994 b24541.30.2
0.0622.38F8 V1.3503 12 46-01 11 451.93
HD 202206 b17.4255.870.830.44
0.0246.34G6 V1.1321 14 57-20 47 211.02
HD 202206 c2.441383.42.550.27
0.0646.34G6 V1.1321 14 57-20 47 211.02
HD 20367 b1.075001.250.23
0.0527G01.0403 17 40+31 07 371.18
HD 2039 b4.851192.582.190.68
0.0289.8G2/G3 IV-V0.9800 24 20-56 39 001.21
HD 20782 b1.8585.861.360.92
0.0436.02G2 V103 20 03-28 51 14
HD 208487 b0.451230.490.32
0.0145G2V1.321 57 19-37 45 491.15
HD 209458 b0.693.520.050.0786.68047G0 V1.0122 03 10+18 53 041.12
HD 210277 b1.23442.11.10.47
0.0521.29G01.0922 09 29-07 32 321.1
HD 210702 b2341.11.170.15
0.0256K1III1.8522 11 51+16 02 24.72
HD 212301 b0.452.460.04

052.7F8 V1.0522 27 30-77 43 04
HD 213240 b4.59512.030.45
0.0540.75G4 IV1.2222 31 00-49 25 591.5
HD 216435 b1.491442.922.70.34
0.0833.3G0 V1.2522 53 37-48 35 532
HD 216437 b2.112942.70.34
0.126.5G4 IV-V1.0722 54 39-70 04 251.1
HD 216770 b0.65118.450.460.37
0.0138K1 V0.922 55 53-26 39 311
HD 217107 b1.337.130.070.13
037G8 IV1.0222 58 15-02 23 421.08
HD 217107 c2.533524.410.54
0.1237G8 IV1.0222 58 15-02 23 421.08
HD 219449 b2.91820.3

0.0145K0 III
23 15 53-09 05 15
HD 219828 b0.073.830.05

081.1G0IV1.2423 18 47+18 38 451.7
HD 221287 b3.09456.11.250.08
0.0252.9F7 V1.2523 31 20-58 12 35
HD 222582 b5.115721.350.76
0.0342G5123 41 51-05 59 081.15
HD 224693 b0.7126.730.230.05
094G2IV1.3323 59 54-22 25 411.7
HD 23079 b2.61738.461.650.1
0.0534.8F8/G0 V1.103 39 43-52 54 571.13
HD 23127 b1.512142.40.44
0.0389.1G2V1.1303 39 24-60 04 40
HD 231701 b1.78141.60.560.1
0.01108.4F8V1.1419 32 04+16 28 271.35
HD 23596 b7.1915582.720.31
0.0552F81.2703 48 00+40 31 502.09
HD 2638 b0.483.440.04

053.71G50.9300 29 59-05 45 50
HD 27442 b1.28423.841.180.07
0.0718.1K2 IV a1.204 16 29-59 18 076.6
HD 27894 b0.6217.990.120.05
042.37K2 V0.7504 20 47-59 24 39
HD 28185 b5.73831.030.07
0.0339.4G51.2404 26 26-10 33 021.03
HD 285968 b0.0810.240.070.23
0.019.4M2.5V0.4904 42 56+18 57 290.53
HD 30177 b9.172819.653.860.3
0.0755G8 V0.9504 41 54-58 01 141.12
HD 330075 b0.763.370.04

050.2G50.9515 49 37-49 57 48
HD 33283 b0.3318.180.170.48
086G3V1.2405 08 01-26 47 501.2
HD 33564 b9.13881.10.34
0.0520.98F6 V1.2505 22 33+79 13 521.1
HD 3651 b0.262.230.280.63
0.0311K0 V0.7900 39 21+21 15 010.95
HD 37124 b0.61154.460.530.06
0.0233G4 V0.9105 37 02+20 43 500.82
HD 37124 c0.6822953.190.2
0.133G4 V0.9105 37 02+20 43 500.82
HD 37124 d0.6843.61.640.14
0.0533G4 V0.9105 37 02+20 43 500.82
HD 37605 b2.3550.250.68
0.0142.9K0V0.805 40 01+06 03 38
HD 38529 b0.7814.310.130.29
042.43G4 IV1.3905 46 34+01 10 052.44
HD 38529 c12.72174.33.680.36
0.0942.43G4 IV1.3905 46 34+01 10 052.44
HD 39091 b10.352063.823.290.62
0.1620.55G1 IV1.105 37 09-80 28 082.1
HD 40979 b3.32267.20.810.23
0.0233.3F8 V1.0806 04 29+44 15 371.21
HD 41004 A b2.36551.310.39
0.0342.5K1 V0.705 59 49-48 14 22
HD 41004 B b18.41.330.020.08
043.03M20.405 59 50-48 14 23
HD 4113 b1.56526.621.280.9
0.0344G5V0.9900 43 13-37 58 57
HD 4203 b1.65400.941.090.46
0.0177.5G51.0600 44 41+20 26 561.33
HD 4208 b0.8812.21.670.05
0.0533.9G5 V0.9300 44 26-26 30 560.85
HD 4308 b0.0515.560.11

0.0121.9G5 V0.8300 44 39-65 38 580.92
HD 43691 b2.4936.960.240.14
093.2G0IVV = 8.031.3806 19 35+41 05 32
HD 45350 b1.79890.761.920.78
0.0449G5 IV1.0206 28 45+38 57 461.27
HD 46375 b0.253.020.040.04
033.4K1 IV0.9106 33 12+05 27 461
HD 47536 b5430
0.2

121.36K1 III0.9406 37 47-32 20 2323.47
HD 47536 c72500



121.36K1 III0.9406 37 47-32 20 2323.47
HD 49674 b0.124.940.060.23
040.7G5 V1.0706 51 30+40 52 030.94
HD 50499 b1.712582.73.860.23
0.0847.26G IV1.2706 52 02-33 54 561.38
HD 50554 b4.912792.380.42
0.0831.03F81.0406 54 42+24 14 441.11
HD 52265 b1.13118.960.490.29
0.0228G0 V1.207 00 18-05 22 011.25
HD 5319 b1.946751.750.12
0.02100G5IV1.5600 55 01+00 47 223.26
HD 59686 b5.253030.91

0.0192K2 III
07 31 48+17 05 0911.62
HD 62509 b2.9589.641.690.02
0.1610.34K0IIIb1.8607 45 18+28 01 348.8
HD 63454 b0.382.820.04

035.8K4 V0.807 39 21-78 16 44
HD 6434 b0.4822.090.150.3
040.32G3 IV101 04 40-39 29 170.57
HD 65216 b1.21613.11.370.41
0.0434.3G5 V0.9207 53 4-63 38 50
HD 66428 b2.8219733.180.47
0.0655G51.1508 03 28-01 09 45
HD 68988 b1.96.280.070.14
058G01.1808 18 22+61 27 381.14
HD 69830 b0.038.670.080.1
0.0112.6K0V0.8608 18 23-12 37 550.9
HD 69830 c0.0431.560.190.13
0.0112.6K0V0.8608 18 23-12 37 550.9
HD 69830 d0.061970.630.07
0.0512.6K0V0.8608 18 23-12 37 550.9
HD 70573 b6.1851.81.760.4
0.0445.7G1-1.5V108 22 50+01 51 34
HD 70642 b222313.30.1
0.1129G5 IV-V108 21 28-39 42 190.84
HD 72659 b2.963177.44.160.2
0.0851.4GO V0.9508 34 03-01 34 051.43
HD 73256 b1.872.550.040.03
036.5G8/K01.2408 36 23-30 02 150.9
HD 73526 b2.9188.30.660.19
0.0199G6 V1.0208 37 16-41 19 081.49
HD 73526 c2.5377.81.050.14
0.0199G6 V1.0208 37 16-41 19 081.49
HD 74156 b1.8851.650.290.64
064.56G01.2408 42 25+04 34 411.58
HD 74156 c8.0324763.850.43
0.0664.56G01.2408 42 25+04 34 411.58
HD 74156 d0.4336.61.010.25
0.0264.56G01.2408 42 25+04 34 411.58
HD 75289 b0.423.510.050.05
028.94G0 V1.0508 47 40-41 44 121.25
HD 75898 b1.48204.20.740.35
0.0180.58G01.2808 53 51+33 03 251.6
HD 76700 b0.23.970.050.13
059.7G6 V108 53 55-66 48 031.33
HD 80606 b3.41111.780.440.93
0.0158.38G50.909 22 37+50 36 13
HD 81040 b6.861001.71.940.53
0.0632.56G2/G30.9609 23 47+20 21 52
HD 81688 b2.7184.020.81

0.0188.26K0III-IV2.109 28 40+45 36 0513
HD 82943 b1.75441.21.190.22
0.0427.46G01.1809 34 50-12 07 461.12
HD 82943 c2.012190.750.36
0.0327.46G01.1809 34 50-12 07 461.12
HD 83443 b0.42.990.040.01
043.54K0 V0.7909 37 11-43 16 191.04
HD 8574 b2.23228.80.760.4
0.0244.15F81.0401 25 12+28 34 001.37
HD 86081 b1.52.140.040.01
091F8V1.2109 56 06-03 48 301.22
HD 88133 b0.223.410.050.11
074.5G5 IV1.210 10 07+18 11 121.93
HD 89307 b2.7330904.150.27
0.1333G0V110 18 21+12 37 151.07
HD 89744 b7.99256.610.890.67
0.0240F7 V1.410 22 10+41 13 461.1
HD 92788 b3.86377.70.970.27
0.0332.82G51.0610 42 48-02 11 010.99
HD 93083 b0.37143.580.480.14
0.0228.9K3 V0.710 44 20-33 34 37
HD 99109 b0.5439.31.110.09
0.0260.5K00.9311 24 17-01 31 44
HD 99492 b0.1117.040.120.25
0.0118K2V0.7811 26 46+03 00 220.81
HIP 14810 b3.846.670.070.15
052.9G50.9903 11 14+21 05 50
HIP 14810 c0.7695.290.410.41
0.0152.9G50.9903 11 14+21 05 50
HIP 75458 b8.82511.11.280.71
0.0431.5K2 III1.0515 24 55+58 57 5713.5
HR 810 b1.94311.290.910.24
0.0615.5G0V pecul.1.1102 42 31-50 48 121.85
kappa CrB b1.811912.70.19
0.0931.1K1IVa1.815 51 14+35 39 274.71
ksi Aql b2.8136.750.68

0.0162.7G9IIIb2.219 54 15+08 27 4112
Lupus-TR-3 b0.813.910.05
88.3

K1V0.8715 30 19-42 58 460.82
NGC 2423 3 b10.6714.32.10.21
0766
2.407 37 09-13 54 24
NGC 4349 No 127 b19.8677.82.380.19
02176
3.912 24 08-61 52 18
OGLE-05-071L b0.929001.8

02900
0.1317 50 09-34 40 23
OGLE-05-169L b0.0433002.8

02700
0.4918 06 05-30 43 57
OGLE-05-390L b0.0235002.1

06500M0.2217 54 19-30 22 38
OGLE-06-109L b0.7118252.3

01490
0.517 52 35-30 05 16
OGLE-06-109L c0.2751004.60.115901490
0.517 52 35-30 05 16
OGLE-TR-10 b0.633.10.04
84.52.80E-0051500G or K1.1817 51 28-29 52 341.16
OGLE-TR-111 b0.534.010.05
88.13.10E-0051500G or K0.8210 53 1-61 24 200.83
OGLE-TR-113 b1.321.430.02
89.41.50E-0051500K0.7810 52 24-61 26 480.77
OGLE-TR-132 b1.141.690.03
852.00E-0051500F1.2610 50 34-61 57 251.34
OGLE-TR-182 b1.013.980.05
85.7


1.1411 09 19-61 05 431.14
OGLE-TR-211 b1.033.680.05
87.2


1.3310 40 15-62 27 201.64
OGLE-TR-56 b1.291.210.02
78.81.50E-0051500G1.1717 56 35-29 32 211.32
OGLE235-MOA53 b2.6
5.1

05200
0.6318 05 16-28 53 42
PSR 1257+12 b7.00E-00525.260.19

0300

13 00 0312 40 57
PSR 1257+12 c0.0166.540.360.02530300

13 00 0312 40 57
PSR 1257+12 d0.0198.210.460.03470300

13 00 0312 40 57
PSR B1620-26 b2.53652523
550.013800
1.3516 23 38-26 31 53
rho CrB b1.0439.850.220.04
0.0117.43G0V or G2V0.9916 01 03+33 18 511.28
SCR 1845 b8.5
4.5

1.173.85M8.5 V
18 45 07-63 57 43
SWEEPS-043.84.20.06
872.80E-0052000
1.2417 58 54-29 11 211.18
SWEEPS-119.71.80.03
841.50E-0052000
1.117 59 03-29 11 541.45
Tau Boo b3.93.310.05

015F7 V1.313 47 17+17 27 221.33
TrES-10.613.030.040.1488.40157K0V0.8719 04 09+36 37 570.82
TrES-21.982.470.04
83.90220G0V0.9819 07 14+49 18 591
TrES-31.921.310.02
82.15

G0.9217 52 07+37 32 460.81
TrES-40.843.550.05
82.810440F1.3817 53 1337 12 421.81
TW Hya b1.23.560.040.047054K8V0.711 01 52-34 42 17
Ups And b0.694.620.060.0330013.47F8 V1.2701 36 48+41 24 381.63
Ups And c1.98241.520.830.25
0.0613.47F8 V1.2701 36 48+41 24 381.63
Ups And d3.951274.62.510.24
0.1913.47F8 V1.2701 36 48+41 24 381.63
UScoCTIO 108 b14
670

4.62145M70.0616 05 54-18 18 43
V391 Peg b3.211701.7

01400sdB0.522 04 12+26 25 080.23
WASP-1 b0.892.520.04
83.9

F7V1.2400 20 40+31 59 241.38
WASP-2 b0.882.150.03
87

K1V0.8420 30 54+06 25 460.83
WASP-3 b1.761.850.03

0223F7V1.2418 34 32+35 39 421.31
WASP-4 b1.271.340.02
87.547.70E-005300G7V0.923 34 15-42 03 411.15
WASP-5 b1.61.630.03

9.10E-005297G4V



XO-1 b0.93.940.05
89.310200G1V116 02 12+28 10 110.93
XO-2 b0.572.620.04
88.580149K0V0.9807 48 07+50 13 330.96
XO-3 b13.243.190.050.2279.050260F5V1.4104 21 53+57 49 012.13
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