List of detached eclipsing binaries with possible apsidal motion.

 Text Colors : red - the most interesting systems , it is necessary to research them,

blue - the not much investigated systems, may be with circular orbit,

black - the well investigated systems with detected apsidal motion 

 

Name

a 1950

d 1950

I mmax -I mmin 1-Immin 2

E 0 +

P days

i

 

 

E

MinII- Min I phase

U obs apsidal motion

 

 

 

 

 

Number

from the catalogs

Sp

r 1 / a

r 2 / a

R 1

R2

M1

M 2

lg

k2obs

TW And*

00 h00m 44s

32 34 .1

8.8-10.86-8.94

39020.41044.122774

87

 

 

 

BD +32 4756

A8+K2

.1627

.2465

2.2

3.4

1.8

0.4

 

AB And

23 09 09

36 37.3

9.50-10.32-10.20

36109.5793.33189215

80.8

 

 

 

 BD +36 5017

G5V + G5V

.409

.324

1.16

0.92

1.7

1.05

 

XZ And

01 53 49

41 51.4

10.0-13.0-10.1

23977.19151.357278

 

 

 

 

 HD 193740

A0 + G8 III

 

 

2.59

2.37

2.73

4.05

 

KO Aql

18 44 49

10 42.5

8.3-9.5-8.4

41887.47242.864055

79.9

 

 

 

HD 173847

A0 + G8IV

.17

.25

2.05

3.0

2.3

0.5

 

V 871 Aql

18 39 55

-03 13.0

13.3-14.5-13.6

38637.28 2.952682

 

 

.425

 

 

 

 

 

 

 

 

 

 

V889 Aql

19 16 34

16 09.5

8.52-9.1-9.0

38242.334 11.120879

90

.375

.35

23200

 HD 181166

B9.5V+ A0V

0.0582 

0.0524 

2.40

2.61

5.56

8.48

-2.227

V 1154 Aql

19 42 18

04 26

14.6-15.8-14.8

37559.480 1.83506

 

 

.70

 

 

 

 

 

 

 

 

 

 

V 1345 Aql

19 10 12

05 15.4

13.9-15.6-14.3

44374.427 3.0283388

 

 

.46

 

 

 

 

 

 

 

 

 

 

KP Aql

19 00 14

15 43.6

9.7-10.43

40396.49123.3674796

 

 

.50

 

 BD +15 3667

F+F

.12

 

 

 

 

 

 

BW Aqr *

22 20 35

-15 35.1

10.2-10.9-10.8

45607.29856.7196904

88.7

.182

.484

5140

 BD -166074

F7 V + F8 IV

.0848

.0976

1.77 (*1.79)

2.04 1.76

1.32 1.39

1.39 (*1.45

-2.068

V 360 Ara

16 38 12

-57 56.6

13.6-14.9-13.8

36760.255 2.605

 

 

.35

 

 

 

 

 

 

 

 

 

 

V539 Ara *

17 46 24

-53 35.9

5.66-6.19-6.09

39314.342 3.1691261

85

.053

150

HD 161783

B4 V + B4 V

.220

.167

4.43

3.73

6.25

5.33

-2.29

RZ Aur

05 46 07

31 41.3

11.9-14.0

42447.521 3.010600

 

 

 

 

 

A0+F2

 

 

3.33

3.77

3.00

4.50

 

AR Aur

05 15 01

33 42.9

6.15-6.82-6.7

38402.18324.134695

 

 

.50004

 

 HD 34364

Apmn +

B9 V

 

 

 1.83

1.83 

2.48 

2.29 

 

CL Aur

05 09 37

33 26.9

12.1-13.1-12.3

32967.262 1.2443645

 

 

.45

 

 

A0

 

 

 

 

 

 

 

GK Aur

04 47 26

46 46.1

13.5-15.5-14.0

27745.18 19.857

 

 

.62

 

 

 

 

 

 

 

 

 

 

HP Aur

05 07 00

35 44.4

10.85-11.54-11.88

46353.23511.4228192

 

.041

.502

387

 

G0 V-VI +G8V-VI

 .133

.173

 

 

 1.2

1.2

-2.602

HS Aur

06 47 33

47 44.0

10.7-11.2

27397.532 9.815378

 

<.01

 

 

 

G8 V + G8 V

 

 

 

 

 

 

 

BW Boo

14 35.1

36 08.6

7.13-7.46

40362.20263.332821

 

 

.450

 

 HD 128661

F0V

 

 

 

 

 

 

 

AS Cam *

05 24 18

69 27.4

8.2-8.8-8.57

44939.24523.4309638

88

0.17

.437

2250

HD 35311

B8.5-B9.5V

.148

.112

2.55

1.95

3.31

2.51

-2.967

Y Cam

07 34 31

76 11.4

10.5-12.24-10.6

42961.92763.3055069

 

 

 

 

 BD +76 286

A7 V +M2--K1IV

.257

.247

3.15

3.05

1.9

0.4

 

GL Car

11 12 30

-60 23.2

9.73-10.33-10.31

24264.448 2.4228685

.146

25.2

HD 306168

B3+B4V

.221

.209

13.5

13.0

-1.881

EM Car *

11 09 56

-60 49.4

8.73-9.0-8.9

29551.574 3.414281

.012

42

HD 97484

O8 V + O8 V

.277

.247

9.34

8.33

22.9

21.43

-2.305

GR Car

10 36 55

-57 57.0

13.6-14.0-14.0

23906.54 17.13592

.316

HH Car

10 51 36

-59 11.3

10.3-10.8-10.66

41698.660 3.231497

 

 

 

 

 HD 303503

BeA

 

 

 

 

 

 

 

QX Car *

09 52 57

-58 11

6.60-7.02-7.02

40701.37154.47804

.278

361

HD 86118

B2 V + B2V

4.3

4.0

9.27

8.48

-2.076

PV Cas *

23 07 53

58 55.8

9.7-10.36-10.36

40227.40441.75046986

88.3

.032

.480

92.9

HD 240085

B9.5V+ B9.5V

 

 

2.24

2.29

2.83

2.77

-2.449

V459 Cas

01 08 20

60 52.9

10.9-11.6-11.6

25321.600 8.458294

 

 

 

 

 

B9

.23

.13

3.26

1.29

4.31

6.34

 

AR Cas

23 27 43

58 16.4

4.82-4.96-4.86

35792.89486.0663309

86

.205

.614

922

HD 221253

B3V+ B9.5

.160

.0631

5.55

1.8

6.70

1.9

-

RZ Cas

02 44 23

69 25.5

6.18-7.72-6.26

43200.30631.1952091

81.7

 

 

 

 HD 17138

A3 + KOIV

.238

.282

1.5

1.78

1.75

0.6

 

KR Cas

00 51 07

54 14.7

9.8-11.0-9.9

15038.229 4.9042808

 

 

 

 

 BD +53 172

AO

 

 

3.2

 

3.0

5.25

 

IT Cas

23 39 35

51 28.0

11.1-11.9-11.8

45167.31563.896638

 

.082

.553

 

 

F6 V+ F6V

 

 

1.5

1.35

1.61

3.0

 

MUCas

00 13 10

60 09.2

10.6-10.9-10.8

27962.509 3.861145

 

 

 

 

 

B8

 

 

 

 

 

 

 

QX Cas

23 55 58

60 52.8

10.2-10.7-10.5

35755.000 6.00471

 

 

.37

 

 

B1V + B1V

 

 

4.14

5.27

10.7

20.0

 

OX Cas

01 05 50

61 12.5

9.9-10.6

46074.09512.4893427

 

.042

.512

39.8

BD +60 0169

B2 V +B2

.255

.247

 

 

7.20

6.30

-2.322

V459 Cas

01 08 20

60 52.9

10.9-11.6-11.6

25321.600 8.458261

 

 

.485

 

 

 B9

 

 

 

 

 

 

 

V527 Cas

0 59 25

70 22.9

12.9-13.8-13.5

42744.267 4.86039

 

 

.52

 

 

 

 

 

 

 

 

 

 

KT Cen

11 45 39

-62 04.5

12.12-12.7-12.72

41696.32 4.130435

85

.226

.392

260

 

 

.171

.159

 

 

5.3

5.0

-2.212

V346 Cen

11 40 26

-62 09.4

8.48-8.9-8.8

21963.674 6.322270

83

.288

.50001

321

HD 101897

B5+B6 V

.211

.107

11.8

8.40

7.1

5.2

-2.357

V 383 Cen

11 35 29

-60 19.1

13.1-13.7-13.6

25352.31 6.78459

 

 

.609

 

 

 

 

 

 

 

 

 

 

V384 Cen

11 36 58

-61 53.7

11.8-12.4-12.2

25056.372 12.63524

 

0.5

.667

 

 

 

 

 

 

 

 

 

 

DI Cen

13 12 05

-55 42.3

11.8-12.5-12.3

28295.45843.549574

 

 

.494

 

 HV 4734

 

 

 

 

 

 

 

 

V495 Cen

12 58 36

-55 49.3

10.4-11.9-10.6

29393.686 33.4871

 

 

.520

 

CoD -55 4911

Be

 

 

 

 

 

 

 

V687 Cen

11 29 28

-61 40.5

13.8-14.6-14.1

26010.539 1.896194

 

 

.580

 

 

 

 

 

 

 

 

 

 

V692 Cen

11 51 03

-62 58.8

11.1-11.8-11.6

26129.328 1.723708

 

 

.481

 

 

 

 

 

 

 

 

 

 

CW Cep*

23 02 01

63 07.6

7.6-8.06

35373.44962.729130

 

.029

.478

45.5

HD 218006

B 0.5V + B0.5 V

.253

.205

5.69

5.18

13.5

12.1

-2.074

EK Cep *

21 40 30

69 27.8

7.99-9.32

39002.72404.4277926

89.2

.109

.545

4300

HD 206821

A1.5V + G5Vp

.0948

.0802

1.6

1.33

2.02

1.12

-2.096

XX Cep

23 36 00

64 03.4

9.13-10.28-9.26

44839.80222.3373266

83

.14:

 

 

 HD 221217

A8 + K2IV

.228

.226

2.1

2.1

1.7

0.27

 

CO Cep

00 51 00

77 39.1

12.0-12.7-12.6

29043.457 4.137590

 

.094

.552

3600

HD 215835

G0 V 

.110

.105

 

 

 1.3

1.3

-2.240:

GK Cep

21 30 21

70 36.1

6.89-7.37-7.35

38694.70650.936157

 

 

.502

 

 

A2 V + A2 V

 

 

 

 

 

 

 

NY Cep

22 56 41

62 48.5

7.40-7.55

41903.813615.275727

 

.48

.68:

1285:

HD 217312

B0 IV + B0 IV

 

 

 

 

 

 

 

TV Cet *

03 12 00

02 34.2

8.6-9.3-9.10

41275.962 9.1032884

89.2

.025

.494

 

HD 20173

F2 V + F5 V

.15

.13

1.50

1.26

1.39

1.27

 

TU Cet

02 56 44

03 05.4

10.8-11.8-10.9

28507.240 4.39117

 

 

.478

 

 

F8 V

 

 

 

 

 

 

 

R CMa

07 17 12

-16 18.0

5.7-6.34-5.78

44289.361 1.1359938

76.7

 

 

 

HD 57167

F1 V + K1 IV

.275

.249

1.53

1.25

1.19

1.38

 

SW CMa

07 06 08

-22 21.6

9.5-10.0-9.9

26706.177 10.091948

 

0.5

.316

 

 HD 54520

A8+A8

 

 

2.43

2.76

2.37

4.5

 

CE CMa

07 00 42

-22 47.3

13.0-13.6-13.3

28096.021 27.0711

 

 

.663

 

 

 

 

 

 

 

 

 

 

CV CMa

07 17 11

-18 37.1

13.0-13.6-

28044.810 3.62833

 

.22:

.358

 

 

 

 

 

 

 

 

 

 

RX CMi

07 20 02

7 05.4

14.1-15.0-14.6

25235.61 8.59865

 

 

.52

 

 

 

 

 

 

 

 

 

 

a CrB *

15 32 34

26 52.9

2.21-2.32-2.23

23163.770 17.359907

 

.370

.66

46000

 HD 139006

B9.5 IV + G5 V

.0774

.0223

 3.04

 .90

2.58

0.92

--

U CrB

15 16 09

31 49.7

7.66-8.79-7.72

16747.97183.4522013

80

.07

.325

 

HD 136175

B6 V + F8 III-IV

 

 

3.3

4.55

4.8

1.4

 

RS CVn*

13 08 18

36 12.0

7.9-9.1-8.19

22811.69954.797887

84

.028

.506

 

HD 114519

F4 + G9IV

.205

.205

1.99

4.0

1.41

1.44

 

SV Crt

11 14 26

-06 51.7

6.32-6.35

40373.62 5.90513

 

.176

 

 

 HD 98088

A8IVP (SR-CR-SI)

 

 

 

 

 

 

 

UW Cru

12 11 24

-64 24.3

12.3-13.1-12.9

25362.155 6.354527

 

 

.536

 

 

 

 

 

 

 

 

 

 

UX Cru

12 15 21

-62 25.4

11.7-12.5-12.4

26043.119 12.29745

 

 

.325

 

 

 

 

 

 

 

 

 

 

Y Cyg *

20 50 04

34 28.1

7.30-7.90-7.75

09453.41922.9963328

85.5

.146

 

47.8

HD 198846

O9.8V + O9.8V

.211

.199

6.0

6.0

16.7

16.7

-1.973

DX Cyg

19 24 06

29 16.5

14.1-15.9-14.2

35428.312 1.3703361

 

 

.515

 

 

 

 

 

 

 

 

 

 

V380 Cyg

19 48 54

40 28.3

5.61-5.78-5.76

41256.053 12.425612

80.7

.22

.418

1550

HD 198846

B1II-I + B3V

.269

.0677

20.5

5.36

14.3

8.0

-3.061

V453 Cyg *

20 04 42

35 35.7

8.29-8.72-8.68

39340.09883.8898128

86

.019

.5077

71

HD 227696

B0.4 V + B0.7V

.280

.176

8.5

5.3

13.9

10.7

-2.273

V456 Cyg

20 27 06

38 59.4

11.05-12.1-11.4

44911.353 0.89119277

 

 

.518

 

 

A2

 

 

 

 

 

 

 

V477 Cyg *

20 03 29

31 49.7

8.5-9.34-8.69

44189.26392.3469906

87.4

.335

.33-.46

351

HD 190786

A3V + F2V

.124

.099

1.52

1.20

1.78

1.34

-2.249

V478 Cyg *

20 17 48

38 10.6

8.63-9.04-9.02

41602.724 2.8808994

 

.019

.5072

26.3

HD 193611 

O9.5 V + O9.5V

.272

.272

 7.42

7.42 

16.7

16.3

-2.243

V498 Cyg

20 21 21

39 00.0

9.98-10.75-10.27

42633.406 3.484835

 

 

.526

 

 BD+38 4054

B1: III:

 

 

 

 

 

 

 

V541 Cyg

19 40 32

31 12.5

10.2-10.9-10.9

44882.215215.33779

 

.488

.453

34600

BD+30 3704 

B8.5V + B8.7 V

.0445

.0420

2.67

2.62

3.21

5.99

--

V 959 Cyg

19 41 56

30 12.3

11.3-11.9-11.4

33922.412 1.8398202

 

 

.52

 

 

 

 

 

 

 

 

 

 

V 961 Cyg

19 42 03

32 45.0

12.2-12.8-

34237.401 2.0378068

 

 

.505

 

 

 

 

 

 

 

 

 

 

V 974 Cyg

19 43 22

32 24.8

11.9-12.5-12.5

35019.419 3.204437

 

 

.462

 

BD +32 3550? 

 

 

 

 

 

 

 

 

V 1023 Cyg

19 57 54

30 16.1

12.8-13.4-12.9

32797.390 3.1588172

 

 

.495

 

 

A3:

 

 

 

 

 

 

 

V 1136 Cyg

19 35 49

28 43.8

12.2-12.9-13.2

35453.235 3.462766

 

.326

 

517

 

 

 

 

 

 

 

 

---

V1143 Cyg *

19 37 34

54 51.4

5.9-6.4-6.06

42212.76517.6407613

87.1

.541

.743

10300

HD 185912

F5 V + F5V

.0631

.0537

1.38 (*1.35)

1.20 1.32

1.39

1.35

-2.447

V 1326 Cyg

20 33 14

54 03.9

11.3-11.8-11.8

28382.785 16.6817

 

 

.53

 

 

 

 

 

 

 

 

 

 

V1765 Cyg *

19 46 55

33 18.5

 

24340.47 13.3737

 

.62

 

1932

HD 187459

B0.5Ib + B0-1V 

.257

.084

 21.2

5.9 

25.0

12.2

-3.201

V1898 Cyg

21 02 12

46 07.7

7.7

45960.67583.0239

 

 

.513

 

HD 200776

B1-2 IV

 

 

 

 

 

 

 

SW Cyq

20 05 24

46 09.2

9.24-11.8-9.3

41867.81734.5731341

87

0.3

 

 

HD 191240

A2e + KO IV

.15

.248

2.5

4.15

2.35

3.2

 

MR Cyg

21 57 00

47 44.6

8.75-9.68-9.12

33396.40691.67703362

85.6

 

 

 

 BD +47 3639

B3V+B9

.336

.259

4.1

3.15

4.5

2.5

 

SY Cyg

19 44 39

32 34.9

10.7-14.2-10.73

20001.537 6.0055115

 

 

 

 

 

A3

 

 

2.21

4.82

2.14

3.00

 

WW Cyg

20 02 20

41 26.7

10.0-13.-10.16

40377.886 3.3177690

84

 

 

 

HD 227457

B7 V + G8 IV

.216

.270

3.75

4.7

4.85

1.65

 

V498 Cyg 

20 21 21

39 00.0

9.98-10.75-10.27

42633.406 3.4848355

 

 

0.59

 

 BD 38 4654

B1 III+

 

 

7.31

7.81

14.2

21.8

 

V1507 Cyg

19 46 42

29 16.6

6.92-7.04-

43760.37 27.9705

 

.39

.29

 

 

B8II-III EP

 

 

 

 

 

 

 

W Del

20 35 24

18 06.5

9.7-12.33-9.79

43328.54954.806043

84.5

.036

 

 

HD 352682

B9.5Ve+G5

.134

.246

2.25

4.15

2.3

0.46

 

Z Dra

11 42 41

72 31.6

10.8-14.1-11.0

43499.736 1.357456

86.8

 

 

 

 BD +73 533

A5 + G9IV

.224

.258

1.42

1.7

1.65

0.41

 

RX Dra

19 01 54

58 39.5

10.0-10.5-10.3

17502.411 3.7863886

87.9

0.03

.505

 

 

F+F

.164

.105

2.52

1.58

1.71

3.00

 

RX Her

18 28 20

12 34.5

7.28-7.87

33170.398 1.7785724

 

.022

.499

 

HD 170757

B9V + A1 V

 

 

 

 

 

 

 

DI Her *

18 51 22

24 12.9

8.3-9.0-8.95

42233.347610.550168

89.4

.484

.77

29000

HD 175227

B4 V + B5 V

.0575

.0624

2.68

2.48

5.19

4.53

-

HS Her

18 48 46

24 39.6

8.5-8.97-8.63

45160.434 1.637435

87.6

.019

.493 

92

HD 174714

B5 III+ A4

.259

.142

10.8

2.7

4.25

1.49

-2.369

TX Her *

17 17 02

41 56.3

8.54-9.31-8.97

40008.36432.0598094

87.0

 

 

 

HD 156965

A7m + F2V

.161

.149

1.58

1.48

1.62

1.45

 

CC Her

16 15 15

09 04.1

10.2-13.1

39668.342 1.7340058

 

 

 

 

 BD +09 3179

A0

 

 

2.68

2.82

3.00

5.24

 

GU Her

16 30 08

30 29.5

11.5-12.3-11.8

31305.198 4.34288

 

 

.513

 

 

 

 

 

 

 

 

 

 

u Her

17 15 29

33 09.3

4.69-5.37-4.93

05830.03262.051027

75.6

 

 

 

HD 156633

B2.5 III +B7 III

.305

.295

4.8

4.3

7.3

2.7

 

V359 Her

16 54 45

37 43.9

10.2-11.2

43673.432 1.75578226

 

 

.625

 

 

 

 

 

 

 

 

 

 

AI Hya *

08 16 12

00 26.3

9.35-9.94-9.85

41726.38568.289666

89.9

.23

.438

12400

BD +00 2259 

F0 V + F5 V

.106

.139

2.1 (*3.91)

3.8 (2.7

1.9 2.15

2.1 (1.98)

-3.222:

UW Hya

08 39 28

02 49.2

13.3-14.0-13.8

30077.344 1.055439?

 

 

.64

 

 BD +41 4461

 

 

 

 

 

 

 

 

KW Hya

09 09 58

-06 54.2

6.11-6.58

45021.68567.750469

 

.0945

.4574

 

HD 79193

A5m+ F0V

 

 

 

 

 

 

 

RV Hyi

01 20 33

-80 34.7

11.8-12.8

25477.40 7.19505

 

 

.61

 

CoD -80 0039

 

 

 

 

 

 

 

 

SS Lac

22 02 42

46 11.0

10.1-10.5-10.5

15900.76 14.41630

 

 

.57

 

 BD +45 3782

B7+

.15

.26

3.22

4.82

5.85

9.96

 

CO Lac

22 44 29

56 33.7

10.28-10.89-10.79

39025.05551.5422075

84.5

.027

 

44.5

 BD +56 2857

B8.5 IV + B9.5V

.250

.210

2.75

2.4

3.13

2.75

-2.356

ES Lac

22 30 07

53 42.1

11.0-11.6

34240.416 4.459349

 

.192

.57

297

 

A2

 .205

.205

 

 

2.2

2.2

-2.56

EO Lac

22 23 17

54 10.4

12.7-14.6-12.9

33186.580 4.575297

 

 

.485

 

 

A0

 

 

 

 

 

 

 

MZ Lac

22 26 04

53 25.6

11.2-12.1

38264.3452 3.158795

 

.421

.713

521

 

A0

 

 

 

 

 

 

 

V 340 Lac

22 10 53

53 56.3

11.8-12.4-12.4

32803.425 19.943265

 

 

.762

 

 

 

 

 

 

 

 

 

 

V 343 Lac

22 14 04

53 03.8

11.3-11.6-11.33

32803.456 6.471914

 

 

.57

 

 

 

 

 

 

 

 

 

 

V345 Lac

22 16 50

54 25.4

10.7-11.4-11.6

33569.49307.491746

 

 

.340

 

 

B8

 

 

 

 

 

 

 

V364 Lac

22 49 57

38 28.8

8.51-9.25-9.15

44257.28657.351522

 

 

.52

 

 HD 216429

 A3

 

 

 

 

 

 

 

AR Lac*

22 06 40

45 29.8

6.08-6.77-6.43

41593.71231.983192

87.7

 

.5018

 

HD 210334

G5 IV-V +K0 IV

.165

.301

1.51

2.7

1.23

1.27

 

AU Lac

22 13 17

48 28.3

12.0-13.2-12.2

34195.440 1.392441

 

 

.53

 

 

A

 

 

 

 

 

 

 

UW Lac

22 18 31

42 09.3

11.4-12.5

37188.335 5.29023

 

.28

.53 

 

BD +41 4461  

A5 + (F5)

 

 

4.76

2.85

2.44

3.3

 

RW Lac

22 42 49

49 23.7

10.4-11.0-10.8

18657.440 10.3692292

85.3

 

.492

 

 

F2+

 

 

2.44

2.71

1.46

2.49

 

Y Leo

09 33 59

26 27.4

10.1-13.2-10.2

45436.451 1.686102

85.3

 

 

 

BD +26 1981

A5 V + K6 IV

.219

.275

1.92

2.31

1.56

2.15

 

TX Leo

10 32 25

08 54.6

5.66-5.75-5.69

38844.30552.4450566

 

 

.55

 

 HD 91636

A2 V

 

 

 

 

 

 

 

T LMi

09 45 31

33 31.3

10.87-12.92-10.97

45397.368 3.019885

86.4

 

 

 

 HV 3007

A3 V + K0 IV

.167

.212

2.56

3.03

1.97

2.4

 

RR Lyn *

06 22 13

56 18.9

5.52-6.03-5.90

33153.86239.945079

86.7

.081

.45

 

HD 44691

Am+F0V

.21

.18

2.50

1.93

2.0

1.55

 

GG Lup*

15 15 39

-40 36.4

5.49-6.0-5.8

34532.260 2.164175

 

.150

.5064 

101

HD 135876 

B7 V +B9 V

.200

.145

2.38 

1.73 

4.13

2.51

-2.149

RV Lyr

19 14 24

32 19.8

11.5-14.6

45526.431 3.599050

 

 

 

 

 

A5+K4III

 

 

2.19

5.40

3.7

5.0

 

UX Men*

05 31 59

-76 17.0

8.8-9.4-9.47

41984.64394.181100

89.4

.024

.50045

 

HD 37513

G1V + G1V

.23

.22

1.35

1.27

1.24

1.20

 

TZ Men

05 39 51

-84 49.0

6.19-6.87-6.36

39190.34 8.56898

 

.035

.510

 

HD 39780

A1III + B9V :

 

 

 

 

 

 

 

RU Mon

06 51 47

-07 32.0

10.33-11.18-11.06

41743.19473.584749

 

.25--.75

 

348

 BD -07 1623

A5+K4III (B9p)

.136

.122

2.19

2.12

3.60

3.33

-2.213

AO Mon

07 04 08

-04 33.0

9.6-10.23-10.16

40588.32721.8847619

 

 

.4933

 

 HD 53883

B3 V + B5 V :

 

 

 

 

 

 

 

BM Mon

07 06 11

00 46.8

12.2-13.8-12.3

27455.398 1.2449426

 

 

 

 

 

B1 V

 

 

 

 

 

 

 

AU Mon

06 52 22

-01 18.7

8.11-9.06-8.2

42801.375211.113037

 

 

 

 

 BD -01 1449

B5 IV + F0

 

 

7.54

10.9

5.29

8.02

 

HI Mon

06 53 20

-03 58.6

9.3-10.1

30315.350 1.5744326

 

 

.530

 

 

B1 V

 

 

 

 

 

 

 

V501 Mon

06 38 10

-01 03.8

12.7-13.2-13.1

34444.396 7.021171

 

 

.445

 

 

 

 

 

 

 

 

 

 

AY Mus

11 29 25

-64 59.6

10.51-10.8-10.8

26473.483 3.205558

 

.02

.481

 

CPD -641669

B9

 

 

2.76

2.76

5.35

9.98

 

GM Nor

15 48 03

-55 12.9

10.6-11.03-11.01

41696.93351.884577

 

 

.499

 

CoD -54 6427 

 

 

 

 

 

 

 

 

GN Nor

15 51 08

-54 22.8

12.6-13.3-13.3

25772.18505.703427 5.703497

 

.21

.405

500

 

 

.20

.20

 

 

2.5

2.5

-2.738

HH Nor

15 39 47

-51 41.3

10.3-11.5

27114.235 8.58313

 

 

 

 

CoD -51 9412

F0 :

 

 

 

 

 

 

 

U Oph *

17 13 59

01 15.9

5.84-6.56-6.46

44416.38641.6773462

 

.031

 

21.3

 HD 156247

B5V + B6V

.263

.247

 3.44

3.00 

5.20

4.68

-2.249

V451 Oph *

18 26 53

10 51.5

7.86-8.46-8.31

45886.53342.1965962

86.7

.015

.494

170

HD 170470

B9V + A0V :

.207

.152

2.64

2.03

2.78

2.36

-2.344

V577 Oph

18 14 20

06 53.3

11.36-12.00-11.9

44451.74406.079096

 

.22

.583

 

 BD +06 3679

A8 :

 

 

 

 

 

 

 

EW Ori*

05 17 33

01 59.7

9.9-10.6-10.5

50497.36916.9368515

 

.063

.529

19000

 HD 287727

G0 V+ G5V

.0586

.0566

1.14 

1.145 

1.19

1.16

-1.950

FH Ori

05 20 38

04 14.0

10.5-11.5

25900.387 2.15116

 

 

 

 

 HD 243229

A1

 

 

2.52

2.95

2.89

4.85

 

FL Ori

05 05 14

-02 48.8

11.4-14.6

45347.464 1.550971

 

 

 

 

 HD 293808

A3V

 

 

2.12

2.17

2.81

4.81

 

FO Ori

05 25 32

03 35.0

9.5-10.3-9.65

31820.627 18.80058

 

 

.47-.48

 

HD 244042

A3

 

 

 

 

 

 

 

FT Ori

06 10 58

21 26.6

9.1-9.9-9.6

41348.68423.1504148

 

.405

.73

481

 HD 42858

A0 + A3:

 .124

.118

2.36

1.57

2.5

2.3

-2.336

GG Ori

05 40 37

-00 42.6

10.7-11.1-11.1

33596.496 6.631470

 

 

.427

 

HD 290842

A2 + A2 

 

 

2.59 

2.33 

3.01 

 2.28

 

d Ori

05 29 27

-00 20.1

2.14-2.26-2.20

43872.589 5.732476

68

.089

 

228

HD 36486

O9.5II-III--B0 III

.349

.199

16.07

9.13

19.8

7.5

-2.939

y Ori

05 24 13

03 03.2

4.55-4.61

38802.914 2.52596

 

.052

 

 

 HD 35715

B2 IVea + B0

 

 

 

 

9.4

7.6

>=5 body

TY Peg

23 27 25

13 15.9

10.1-12.0-10.2

40451.784 3.0922335

87.8

 

 

 

 BD +12 4997

A2 + G3IV

.212

.218

3.02

3.06

3.3

3.8

 

AG Per *

04 03 43

33 18.8

6.5-6.8-7.00

42728.320 2.0287296

80.1

.071

 

75.6

HD 25833

B4 V + B5 V:

.204

.178

3.17

2.87

5.40

4.95

-2.140

IQ Per *

03 56 07

48 00.6

7.5-8.0-7.88

44290.36401.743570

88.4

.075

.53 

119

HD 24909

B8V + A2:

.231

.142

2.45

1.50

3.52

1.74

-2.360

RT Per

03 20 12

46 23.9

10.6-12.0-10.67

33376.05830.8494003

85.8

 

 

 

 BD 46 740

F2V + G9IV

.283

.256

1.17

1.18

1.26

1.57

 

V436 Per

01 48 41

54 54.1

5.49-5.85

43562.853 25.9359

 

.309

.414

 

HD 11241

B2V + B3V :

 

 

 

 

 

 

 

z Phe *

01 06 17

-55 30.8

3.91-4.42-4.22

41643.68901.6697671

 

.011

.507

119

HD 6882 

B6V + B8V:

.258

.168

 2.85

1.85 

3.93

2.55

-2.222

AI Phe

01 07 21

-46 31.9

6.58-9.35

43410.688524.592325

 

.189

.461

 

HD 6980

F6 V + G8 V:

 

 

 

 

 

 

 

DD Pup

07 43 07

-20 24.8

14.0-14.6-14.6

26099.245 13.7428

 

.11:

.572

 

 

 

 

 

 

 

 

 

 

DM Pup

08 04 58

-25 23.2

13.5-15.2-13.7

25969.406 3.56697

 

 

.62

 

 

 

 

 

 

 

 

 

 

NO Pup

08 24 27

-38 53.7

6.53-6.98-6.66

41752.65761.2568906

 

.126

.582 

37.2

 HD 71487

B8 V +A7:

 .253

.177

 

 

2.88

1.50

-2.309

KX Pup

07 49 55

-26 15.1

12.77-13.13-13.04

41686.733 2.1467836

 

.153

.435--.56

170

 

 

 .205

.140

 

 

 2.5

1.8

-2.360

LN Pup

07 53 01

-23 02.3

12.5-13.0-12.9

27803.30 3.951299

 

 

.533

 

 

 

 

 

 

 

 

 

 

PV Pup

07 43 11

-14 33.0

6.88-7.32-7.31

43119.73341.660728

 

.0503

.472

 

 HD 62863

A8V + A8 V

 

 

 

 

 

 

 

VV Pyx *

08 25 20

-20 40.7

6.57-7.05-7.03

44620.65894.5961832

 

.096

.48

3200

 HD 71581

A1 V + A1 V

.116

.116

2.17 

2.17 

2.10

2.10

-2.493

AL Scl

23 52 42

-32 12.0

6.06-6.35-6.20

43698.51182.445088

 

.074

.475

 

HD 224113

B7V + B9 V

 

 

 

 

 

 

 

FU Sco

17 09 15

-31 46.3

12.0-12.8-12.7

26586.250 11.2682

 

 

.493

 

 

B9:

 

 

 

 

 

 

 

V629 Sco

17 14 54

-39 00.6

11.9-12.4

27601.43 3.2491

 

 

 

 

CD -38 11735

 

 

 

 

 

 

 

 

V760 Sco *

16 21 28

-34 46.8

7.04-7.4-7.4

38230.250 1.7309295

 

.026

 

40

HD 147683 

B4 V + B4 V:

.234

.205

 2.97

2.60 

4.69

4.42

-2.200

CR Sct

18 47 03

-09 33.6

11.6-12.1-12.1

28069.626 4.192325

 

.04

.61

 

 

 

 

 

 

 

 

 

 

YY Sgr

18 41 39

-19 26.5

10.02-10.73-10.64

48059.68792.6284841

 

.163

 

331

 HD 173140

A0+A0 :

.168

.156

2.32

2.15

2.36

2.29

-2.407

V523 Sqr

18 59 45

-29 13.0

9.8-10.2-9.88

47382.49792.3238102

 

.162

.39

203

 HD 176754

A5+A5

 .229

.157

2.58

2.11

2.1

1.90

-2.710

V526 Sqr

19 05 02

-31 25.7

9.7-10.6-10.20

38194.55031.9194115

 

.224

 

146

 HD 177994

A0+A3

.188

.158

2.13

1.79

2.11

1.66

-2.396

V 1049 Sqr

18 55 38

-13 56.1

13.4-13.7-

28777.49 12.0441

 

.40:

.326

 

 

 

 

 

 

 

 

 

 

V 1435 Sgr

18 00 21

-29 59.0

17.9-18.3-18.0

32737.725 1.2397

 

 

.53

 

 

 

 

 

 

 

 

 

 

V 1537 Sgr

18 01 28

-29 53.1

17.3-17.7-17.4

32290.987 1.44567

 

 

.54

 

 

 

 

 

 

 

 

 

 

V1647 Sqr *

17 55 49

-36 56.1

6.94-7.57-7.43

41829.69513.2827925

 

.413

.262

592

 HD 163708

A1V + A1V

.123

.112

1.83

1.67

2.19

1.97

-2.366

V2283 Sqr

18 01 15

-36 55.0

10.1-10.9-10.59

38947.986 3.4714231

 

.739.779

.211

570

 HV 7498

A0+A2

.117

.099

1.68

1.67

3.00

2.22

-2.389

V356 Sqr*

18 44 54

-20 19.8

7.0-7.83-7.24

33900.827 8.89610

84.6

 

.414

 

HD 173787

B4 + A2

.174

.319

6.0

14.0

12.1

4.7

 

AP Tau

04 51 39

26 50.6

13.4-14.1-14.7

39414.438 0.9719728

 

 .48

 

 

 HV 6862

 

 

 

 

 

 

 

 

RW Tau

04 00 50

27 59.4

8.03-11.59-8.09

45684.204 2.7688356

89.9

 

 

 

HD 25487

B8 V + K0 IV

.191

.249

2.33

3.21

2.94

3.5

 

RW Tri

02 22 42

27 52.3

13.5-16.

43512.66150.23188338

 

 

 

 

 

 

 

 

 

 

 

 

 

SV Tau

05 48 59

28 06.0

9.68-10.78-9.8

34423.74912.16690513

 

.16

.485

 

HD 248451

B9+A0

 

 

 

 

 

 

 

RS Tri

01 32 00

29 20.0

10.27-11.0-10.4

37940.490 1.9089234

 

 

.56

 

 

A5V

 

 

 

 

 

 

 

TX UMa

10 42 24

45 49.8

7.06-8.76-7.13

44998.14753.0632382

82.2

.024

 

 

HD 93033

B8+gF2

.158

.277

2.89

5.23

7.52

9.78

 

YZ Vel

10 35 07

-55 46.3

12.2-12.8-12.8

26363.458 5.488342

 

 

.537

 

 

 

 

 

 

 

 

 

 

AO Vel

08 10 24

-48 35.7

9.6-10.0-9.55

24269.333 1.5845993

 

.076

 

56.8

HD 68826

B9

.214

.214

2.63

2.96

3.20

2.90

-2.249

EO Vel

08 37 19

-43 33.2

11.1-11.7-11.90

41713.60 5.329620

 

.208

.397

1600

CoD -43 4509

A0

 .135

.135

2.57

2.56

3.21

2.77

-2.545

UY Vir

12 59 13

-19 30.3

8.5-9.2-8.1

30020.667 1.9945051

 

.3

.503

 

 HD 113158

A7 V+

 

 

2.6

2.17

2.22

3.76

 

a Vir *

13 22 33

-10 54.1

0.95-0.10-0.08

19530.49 4.014604

 

.130

 

140

HD 116658 

B1.5V + B4 V

.293

.159

 8.13

4.17 

10.8

6.8

-2.636

DR Vul

20 11 41

26 35.9

8.6-9.3-9.19

40300.66802.2508645

 

.098

 

36.0

 HD 339770

B8+B8

 .227

.206

3.26

3.11

13.2

12.1

-2.047

EQ Vul

19 56 21

27 54.0

11.7-12.31-12.37

35344.763 9.297164

 

.359

.307

2190

 

B8

 

 

 

 

 

 

 

FQ Vul

19 33 34

26 10.3

12.3-12.9-12.9

34238.507 6.262398

 

.20

 

280

HBV242

 

 

 

 

 

 

 

 

 * The star is in the Catalogue of astrophysical parameters of binary systems (O.Malkov)