Small Telescopes, Big Science Arne Henden Director, AAVSO [email protected].
Recent Minima of 155 Eclipsing Binary Stars - aavso.org fileSamolyk 2007), CW Cas (Samolyk 1992a), Z...
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Samolyk, JAAVSO Volume 36,2008 171 Recent Minima of 155 Eclipsing Binary Stars Gerard Samolyk PO Box 20939, Greenfield WI 53220 Received March 7, 2008; revised March 26, 2008, accepted March 26, 2008 Abstract The AAVSO’s publication of times of minima for eclipsing binary stars has shifted from the recent publication series, Observed Minima Timings of Eclipsing Binaries, Number 1–12, back to the JAAVSO. Times of minima from observations made in the past eight months are presented. New light elements for AC CMi have been calculated from recent AAVSO observations: Min(JD) = 2451978.7504 + 0.867216691 E ± 0.0004 ± 0.00000024 1. Background From 1974 to 1978, the AAVSO Eclipsing Binary Committee published times of minima in the JAAVSO. A large increase in observing activity, starting in the mid-1970s, overwhelmed the manual reduction process in place at that time. During the late 1980s, a computer-aided reduction process was developed and the observations were digitized. By this time there was a large backlog of unpublished times of minima. In Observed Minima Timings of Eclipsing Binaries, Number 1–12, published from 1993 to 2007, almost 15,000 times of minima were published by the committee. As a result of this work, all of the legacy data have been reduced and published. The publication of times of minima has now returned to the JAAVSO. During these years, the method used to observe eclipsing binary stars has changed from almost 100% visual to almost 100% CCD. 2. Recent Observations The accompanying list contains times of minima calculated from recent CCD observations made by participants in the AAVSO’s eclipsing binary program. This list will be web-archived and available through the AAVSO ftp site at: ftp://ftp.aavso.org/public/datasets/jsamoj362.txt. These observations were reduced by the observers or the writer using the method of Kwee and van Worden (1956). The standard error is included when available. The linear elements in the 1985 General Catalogue of Variable Stars (GCVS; Kholopov et al. 1985) were used to compute the O–C values for most stars. For a few exceptions where the GCVS elements are missing or are in significant error, light elements from another source are used: CD Cam (Baldwin and
Transcript of Recent Minima of 155 Eclipsing Binary Stars - aavso.org fileSamolyk 2007), CW Cas (Samolyk 1992a), Z...
Samolyk, JAAVSO Volume 36, 2008 171
Recent Minima of 155 Eclipsing Binary Stars
Gerard SamolykPO Box 20939, Greenfield WI 53220
Received March 7, 2008; revised March 26, 2008, accepted March 26, 2008
Abstract The AAVSO’s publication of times of minima for eclipsing binary stars has shifted from the recent publication series, Observed Minima Timings of Eclipsing Binaries, Number 1–12, back to the JAAVSO. Times of minima from observations made in the past eight months are presented. New light elements for AC CMi have been calculated from recent AAVSO observations:
Min(JD) = 2451978.7504 + 0.867216691 E ± 0.0004 ± 0.00000024
1. Background
From 1974 to 1978, the AAVSO Eclipsing Binary Committee published times of minima in the JAAVSO. A large increase in observing activity, starting in the mid-1970s, overwhelmed the manual reduction process in place at that time. During the late 1980s, a computer-aided reduction process was developed and the observations were digitized. By this time there was a large backlog of unpublished times of minima. In Observed Minima Timings of Eclipsing Binaries, Number 1–12, published from 1993 to 2007, almost 15,000 times of minima were published by the committee. As a result of this work, all of the legacy data have been reduced and published. The publication of times of minima has now returned to the JAAVSO. During these years, the method used to observe eclipsing binary stars has changed from almost 100% visual to almost 100% CCD.
2. Recent Observations
The accompanying list contains times of minima calculated from recent CCD observations made by participants in the AAVSO’s eclipsing binary program. This list will be web-archived and available through the AAVSO ftp site at: ftp://ftp.aavso.org/public/datasets/jsamoj362.txt. These observations were reduced by the observers or the writer using the method of Kwee and van Worden (1956). The standard error is included when available. The linear elements in the 1985 General Catalogue of Variable Stars (GCVS; Kholopov et al. 1985) were used to compute the O–C values for most stars. For a few exceptions where the GCVS elements are missing or are in significant error, light elements from another source are used: CD Cam (Baldwin and
Samolyk, JAAVSO Volume 36, 2008172
Samolyk 2007), CW Cas (Samolyk 1992a), Z Dra (Danielkiewicz-Krośniak and Kurpińska-Winiarska 1996), DF Hya (Samolyk 1992b), EF Ori (Baldwin and Samolyk 2005), GU Ori (Samolyk 1985), IP Peg (Baldwin and Samolyk 2000). O–C values listed in this paper can be directly compared with values published in the Observed Minima Timings series. In the case of AC CMi, the linear elements were calculated by linear regression using the times of minima listed in this publication. The following light elements are used:
Min (JD) = 2451978.7504 + 0.867216691 E (1) ± 0.0004 ± 0.00000024
The number of observations used for determination of each time of minimum is given under N in Table 1 when available. This work is sponsored by the AAVSO, with the writer acting as program coordinator.
References
Baldwin, M. E., and Samolyk, G. 2000, Observed Minima Timings of Eclipsing Binaries No. 6, AAVSO, Cambridge, MA.
Baldwin, M. E., and Samolyk, G. 2005, Observed Minima Timings of Eclipsing Binaries No. 10, AAVSO, Cambridge, MA.
Baldwin, M. E., and Samolyk, G. 2007, Observed Minima Timings of Eclipsing Binaries No. 12, AAVSO, Cambridge, MA.
Kholopov, P. N., et al. 1985, General Catalogue of Variable Stars, 4th ed., Moscow.Danielkiewicz-Krośniak, E., Kurpińska-Winiarska, M., eds. 1996, Rocznik
Astronomiczny (SAC 68), 68, 1.Kwee, K. K., and van Worden, H. 1956, Bull. Astron. Inst. Netherlands, 12, 327.Samolyk, G. 1985, J. Amer. Assoc. Var. Star Obs., 14, 12.Samolyk, G. 1992a, J. Amer. Assoc. Var. Star Obs., 21, 34.Samolyk, G. 1992b, J. Amer. Assoc. Var. Star Obs., 21, 111.
Samolyk, JAAVSO Volume 36, 2008 173
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–0.0
226
95
CC
D
G. S
amol
yk
0.00
01
V37
5 C
as
5438
2.78
23
1339
8 0.
1243
67
C
CD
J.
Bia
lozy
nski
0.
0009
V
380
Cas
54
389.
7703
21
178
–0.0
623
100
CC
D
J. B
ialo
zyns
ki
0.00
02
U C
ep
5438
6.80
68
3949
0.
1591
12
8 C
CD
G
. Sam
olyk
0.
0001
SU
Cep
54
407.
7197
31
154
0.00
48
80
CC
D
J. B
ialo
zyns
ki
0.00
04
WZ
Cep
54
338.
8138
62
998
–0.0
746
70
CC
D
G. S
amol
yk
0.00
02
WZ
Cep
54
366.
7809
63
065
–0.0
765
67
CC
D
G. S
amol
yk
0.00
02
XX
Cep
54
380.
7457
40
82
–0.0
237
80
CC
D
J. B
ialo
zyns
ki
0.00
04
ZZ
Cep
54
409.
6537
12
364
–0.0
125
94
CC
D
J. B
ialo
zyns
ki
0.00
04
DK
Cep
54
429.
6990
21
137
0.03
24
37
CC
D
G. S
amol
yk
0.00
04
EG
Cep
54
394.
7181
21
667
0.01
44
66
CC
D
G. S
amol
yk
0.00
01
EG
Cep
54
429.
5738
21
731
0.01
43
58
CC
D
G. S
amol
yk
0.00
01
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008178
E
K C
ep
5436
2.74
65
3469
0.
0100
89
C
CD
J.
Bia
lozy
nski
0.
0001
SS
Cet
54
394.
8250
40
16
0.00
84
103
CC
D
G. S
amol
yk
0.00
02
SS C
et
5440
9.69
53
4021
0.
0088
95
C
CD
J.
Bia
lozy
nski
0.
0002
T
T C
et
5438
0.77
44
4493
2 –0
.053
1 60
C
CD
G
. Sam
olyk
0.
0003
T
T C
et
5441
9.64
73
4501
2 –0
.056
7 69
C
CD
R
. Pok
lar
0.00
02
TT
Cet
54
449.
7768
45
074
–0.0
565
57
CC
D
J. B
ialo
zyns
ki
0.00
02
TW
Cet
54
390.
7538
37
927.
5 –0
.024
6 60
C
CD
J.
Bia
lozy
nski
0.
0001
T
W C
et
5445
0.63
86
3811
6.5
–0.0
248
77
CC
D
R. P
okla
r 0.
0002
T
X C
et
5441
6.76
13
1529
9 0.
0120
79
C
CD
J.
Bia
lozy
nski
0.
0006
T
X C
et
5444
8.61
66
1534
2 0.
0112
85
C
CD
R
. Pok
lar
0.00
02
RW
Com
54
520.
7893
61
085.
5 –0
.020
0 89
C
CD
G
. Sam
olyk
0.
0002
W
Crv
54
519.
8141
38
322
0.01
45
88
CC
D
G. S
amol
yk
0.00
02
ZZ
Cyg
54
378.
6335
14
919
–0.0
522
n/a
CC
D
R. C
rum
rine
0.
0001
Z
Z C
yg
5442
9.55
29
1500
0 –0
.050
7 71
C
CD
G
. Sam
olyk
0.
0002
C
G C
yg
5439
4.58
26
2371
8 0.
0583
77
C
CD
H
. Ger
ner
0.00
01
DK
Cyg
54
372.
6314
34
785
0.07
68
92
CC
D
G. S
amol
yk
0.00
04
DK
Cyg
54
378.
7494
34
798
0.07
58
57
CC
D
J. B
ialo
zyns
ki
0.00
02
DK
Cyg
54
380.
6333
34
802
0.07
70
76
CC
D
H. G
erne
r 0.
0001
D
K C
yg
5442
9.58
80
3490
6 0.
0799
63
C
CD
G
. Sam
olyk
0.
0002
V
387
Cyg
54
378.
6909
41
201
0.01
76
57
CC
D
J. B
ialo
zyns
ki
0.00
02
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008 179
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
V
704
Cyg
54
394.
5501
28
833
0.03
27
67
CC
D
G. S
amol
yk
0.00
02
TT
Del
54
379.
7186
31
86
–0.0
855
95
CC
D
J. B
ialo
zyns
ki
0.00
03
FZ D
el
5439
4.60
16
2945
6 –0
.037
7 81
C
CD
G
. Sam
olyk
0.
0001
Z
Dra
54
372.
7747
33
36
–0.0
318
61
CC
D
G. S
amol
yk
0.00
01
S E
qu
5440
6.67
39
3437
0.
0654
95
C
CD
J.
Bia
lozy
nski
0.
0001
S
Equ
54
437.
5986
34
46
0.06
52
80
CC
D
J. B
ialo
zyns
ki
0.00
02
TZ
Eri
54
480.
6219
46
30
0.27
66
69
CC
D
J. B
ialo
zyns
ki
0.00
02
YY
Eri
54
394.
7384
39
854.
5 0.
1258
67
C
CD
G
. Sam
olyk
0.
0002
Y
Y E
ri
5441
8.68
94
3992
9 0.
1255
25
C
CD
J.
Bia
lozy
nski
0.
0003
Y
Y E
ri
5442
2.70
84
3994
1.5
0.12
58
59
CC
D
J. B
ialo
zyns
ki
0.00
03
YY
Eri
54
456.
6265
40
047
0.12
63
62
CC
D
R. P
okla
r 0.
0002
Y
Y E
ri
5449
0.54
53
4015
2.5
0.12
74
101
CC
D
G. S
amol
yk
0.00
02
YY
Eri
54
517.
5497
40
236.
5 0.
1263
79
C
CD
G
. Sam
olyk
0.
0002
R
W G
em
5445
3.77
10
1261
6 0.
0033
10
0 C
CD
J.
Bia
lozy
nski
0.
0006
R
W G
em
5447
6.69
32
1262
4 0.
0015
10
0 C
CD
J.
Bia
lozy
nski
0.
0006
R
W G
em
5451
9.67
55
1263
9 0.
0014
13
5 C
CD
G
. Sam
olyk
0.
0001
SX
Gem
54
516.
7040
25
961
–0.0
598
99
CC
D
J. B
ialo
zyns
ki
0.00
02
TX
Gem
54
453.
7593
12
359
–0.0
257
120
CC
D
J. B
ialo
zyns
ki
0.00
02
TX
Gem
54
495.
7590
12
374
–0.0
262
120
CC
D
J. B
ialo
zyns
ki
0.00
03
WW
Gem
54
380.
9063
22
941
0.02
71
57
CC
D
G. S
amol
yk
0.00
05
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008180
W
W G
em
5442
1.75
97
2297
4 0.
0328
79
C
CD
J.
Bia
lozy
nski
0.
0003
W
W G
em
5448
3.65
01
2302
4 0.
0326
78
C
CD
J.
Bia
lozy
nski
0.
0005
A
F G
em
5448
5.74
65
2197
3 –0
.065
0 80
C
CD
J.
Bia
lozy
nski
0.
0001
A
L G
em
5449
7.72
43
2024
9 0.
0643
79
C
CD
J.
Bia
lozy
nski
0.
0001
SZ
Her
54
356.
6452
15
270
–0.0
207
88
CC
D
R. B
aker
0.
0006
A
V H
ya
5451
3.60
47
2610
5 –0
.090
2 43
C
CD
S.
Die
sso
0.00
03
DF
Hya
54
519.
6196
35
486
–0.0
139
75
CC
D
G. S
amol
yk
0.00
10
SW L
ac
5438
0.67
29
2839
0.5
–0.1
015
79
CC
D
G. S
amol
yk
0.00
04
VX
Lac
54
460.
4960
85
64
0.06
17
35
CC
D
K. M
enzi
es
0.00
01
CO
Lac
54
370.
8020
17
401.
5 0.
0054
95
C
CD
J.
Bia
lozy
nski
0.
0002
C
O L
ac
5438
0.81
11
1740
8 –0
.009
9 10
3 C
CD
G
. Sam
olyk
0.
0003
D
G L
ac
5439
6.65
11
4481
–0
.214
8 80
C
CD
J.
Bia
lozy
nski
0.
0005
U
U L
eo
5449
6.76
65
5417
0.
1540
69
C
CD
J.
Bia
lozy
nski
0.
0001
U
V L
eo
5450
6.82
73
2677
3 0.
0312
13
9 C
CD
G
. Sam
olyk
0.
0001
R
R L
ep
5445
4.71
86
2630
2 –0
.030
7 78
C
CD
R
. Pok
lar
0.00
06
RR
Lep
54
465.
7039
26
314
–0.0
305
73
CC
D
J. B
ialo
zyns
ki
0.00
03
RR
Lep
54
487.
6739
26
338
–0.0
308
60
CC
D
J. B
ialo
zyns
ki
0.00
07
RR
Lep
54
520.
6271
26
374
–0.0
330
91
CC
D
G. S
amol
yk
0.00
03
RY
Lyn
54
513.
6675
81
02
–0.0
483
80
CC
D
J. B
ialo
zyns
ki
0.00
01
EW
Lyr
54
366.
6716
14
300
0.23
57
76
CC
D
G. S
amol
yk
0.00
01
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008 181
R
U M
on
5448
4.68
55
3554
.5
–0.4
995
100
CC
D
J. B
ialo
zyns
ki
0.00
03
RW
Mon
54
458.
7160
10
901
–0.0
641
94
CC
D
J. B
ialo
zyns
ki
0.00
01
RW
Mon
54
498.
7434
10
922
–0.0
647
100
CC
D
J. B
ialo
zyns
ki
0.00
01
AT
Mon
54
516.
6771
13
755
0.00
70
100
CC
D
J. B
ialo
zyns
ki
0.00
05
BB
Mon
54
508.
7262
37
979
–0.0
043
80
CC
D
J. B
ialo
zyns
ki
0.00
04
EP
Mon
54
525.
6917
18
846
0.03
63
100
CC
D
J. B
ialo
zyns
ki
0.00
04
EF
Ori
54
460.
7330
13
03
0.00
10
118
CC
D
J. B
ialo
zyns
ki
0.00
05
EF
Ori
54
507.
6981
13
32
0.00
22
116
CC
D
J. B
ialo
zyns
ki
0.00
04
EF
Ori
54
520.
6529
13
40
0.00
14
127
CC
D
G. S
amol
yk
0.00
02
EQ
Ori
54
458.
7284
13
184
–0.0
301
78
CC
D
J. B
ialo
zyns
ki
0.00
01
EQ
Ori
54
507.
6179
13
212
–0.0
302
70
CC
D
J. B
ialo
zyns
ki
0.00
01
ER
Ori
54
394.
9061
30
157
0.05
65
46
CC
D
G. S
amol
yk
0.00
02
ER
Ori
54
497.
5854
30
399.
5 0.
0616
35
C
CD
K
. Men
zies
0.
0003
E
R O
ri
5451
3.67
47
3043
7.5
0.06
18
66
CC
D
J. B
ialo
zyns
ki
0.00
02
ET
Ori
54
508.
6581
29
260
–0.0
006
87
CC
D
J. B
ialo
zyns
ki
0.00
01
FH O
ri
5451
4.77
53
1330
2 –0
.342
0 10
0 C
CD
J.
Bia
lozy
nski
0.
0001
FT
Ori
54
460.
7240
41
62
0.01
34
80
CC
D
J. B
ialo
zyns
ki
0.00
01
FT O
ri
5452
3.73
26
4182
0.
0137
80
C
CD
J.
Bia
lozy
nski
0.
0001
FZ
Ori
54
495.
6468
26
179
–0.0
607
63
CC
D
R. P
okla
r 0.
0002
G
U O
ri
5449
6.58
37
2427
7 –0
.041
9 10
4 C
CD
G
. Sam
olyk
0.
0002
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008182
G
U O
ri
5452
0.58
73
2432
8 –0
.043
1 12
7 C
CD
G
. Sam
olyk
0.
0002
U
Peg
54
388.
6222
47
700
–0.1
207
n/a
CC
D
R. S
abo
0.00
07
U P
eg
5442
9.66
20
4780
9.5
–0.1
194
48
CC
D
G. S
amol
yk
0.00
03
U P
eg
5444
0.53
05
4783
8.5
–0.1
196
91
CC
D
G. S
amol
yk
0.00
01
TY
Peg
54
338.
6474
44
91
–0.2
966
55
CC
D
G. S
amol
yk
0.00
02
UX
Peg
54
385.
7193
90
38
–0.0
081
84
CC
D
J. B
ialo
zyns
ki
0.00
01
AQ
Peg
54
339.
8352
: 23
64
0.46
98
103
CC
D
C. H
esse
ltine
0.
0009
B
B P
eg
5436
6.64
77
2932
8.5
0.00
00
42
CC
D
G. S
amol
yk
0.00
03
BG
Peg
54
372.
6314
45
28
–1.8
028
115
CC
D
G. S
amol
yk
0.00
03
BX
Peg
54
386.
6281
36
343
–0.0
821
55
CC
D
G. S
amol
yk
0.00
04
BX
Peg
54
420.
5567
36
464
–0.0
845
67
CC
D
G. S
amol
yk
0.00
02
DI
Peg
5439
4.56
93
1292
2 –0
.015
4 58
C
CD
G
. Sam
olyk
0.
0001
D
I Pe
g 54
416.
6361
12
953
–0.0
149
45
CC
D
J. B
ialo
zyns
ki
0.00
01
GP
Peg
5442
9.61
49
1352
1 –0
.042
7 64
C
CD
H
. Ger
ner
0.00
02
IP P
eg
5441
3.41
46
2810
7 –0
.002
3 43
C
CD
F.
Sal
vagg
io
0.00
03
V35
7 Pe
g 54
061.
5419
26
99
0.00
07
n/a
CC
D
V. P
etri
ew
0.00
05
V35
7 Pe
g 54
064.
7235
27
04.5
0.
0008
n/
a C
CD
V
. Pet
riew
0.
0003
V
357
Peg
5437
5.35
03
3241
.5
–0.0
005
550
CC
D
F. S
alva
ggio
0.
0001
Z
Per
54
482.
5843
28
87
–0.2
179
55
CC
D
K. M
enzi
es
0.00
01
Z P
er
5448
5.64
04
2888
–0
.218
1 11
0 C
CD
G
. Sam
olyk
0.
0002
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008 183
R
T P
er
5437
0.74
44
2471
7 0.
0584
65
C
CD
J.
Bia
lozy
nski
0.
0002
R
T P
er
5446
6.72
79
2483
0 0.
0596
25
C
CD
E
. Wile
y 0.
0003
R
V P
er
5442
0.71
23
6270
–0
.001
0 98
C
CD
G
. Sam
olyk
0.
0001
ST
Per
54
372.
7514
45
07
0.28
77
68
CC
D
G. S
amol
yk
0.00
03
XZ
Per
54
476.
7360
95
25
–0.0
564
49
CC
D
E. W
iley
0.00
03
XZ
Per
54
521.
6495
95
64
–0.0
566
80
CC
D
J. B
ialo
zyns
ki
0.00
01
KW
Per
54
387.
7810
12
868
0.01
02
79
CC
D
J. B
ialo
zyns
ki
0.00
01
KW
Per
54
429.
6882
12
913
0.01
08
89
CC
D
R. P
okla
r 0.
0002
K
W P
er
5452
4.67
64
1301
5 0.
0106
80
C
CD
J.
Bia
lozy
nski
0.
0001
Y
Psc
54
405.
7122
23
29
–0.0
001
83
CC
D
G. S
amol
yk
0.00
03
UZ
Pup
54
495.
6795
12
432.
5 –0
.006
3 80
C
CD
J.
Bia
lozy
nski
0.
0002
U
Z P
up
5451
3.56
32
1245
5 –0
.006
8 84
C
CD
G
. Sam
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0.
0002
U
Z P
up
5451
8.73
05
1246
1.5
–0.0
060
80
CC
D
J. B
ialo
zyns
ki
0.00
02
UZ
Pup
54
520.
7153
12
464
–0.0
083
104
CC
D
S. D
iess
o 0.
0003
U
Z P
up
5452
0.71
64
1246
4 –0
.007
2 82
C
CD
J.
Bia
lozy
nski
0.
0002
R
W T
au
5438
0.89
31
3141
–0
.223
5 10
5 C
CD
G
. Sam
olyk
0.
0001
R
W T
au
5440
5.81
30
3150
–0
.223
1 14
4 C
CD
G
. Sam
olyk
0.
0001
R
W T
au
5441
9.65
67
3155
–0
.223
6 80
C
CD
J.
Bia
lozy
nski
0.
0001
R
W T
au
5446
6.72
68
3172
–0
.223
7 24
C
CD
E
. Wile
y 0.
0004
R
Z T
au
5436
6.79
20
4015
2 0.
0544
34
C
CD
G
. Sam
olyk
0.
0003
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
s
Samolyk, JAAVSO Volume 36, 2008184
R
Z T
au
5448
8.58
30
4044
5 0.
0528
10
7 C
CD
G
. Sam
olyk
0.
0001
R
Z T
au
5451
3.52
33
4050
5 0.
0526
64
C
CD
K
. Men
zies
0.
0001
T
Y T
au
5452
0.63
48
3093
5 0.
2474
40
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CD
J.
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0.
0002
A
C T
au
5445
7.79
37
4317
0.
0358
12
5 C
CD
J.
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lozy
nski
0.
0002
A
C T
au
5449
6.61
75
4336
0.
0359
30
C
CD
J.
Bia
lozy
nski
0.
0009
A
M T
au
5439
7.88
94
4474
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.052
5 n/
a C
CD
R
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o 0.
0001
A
N T
au
5043
7.55
9 13
784
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27
13
CC
D
S. C
ook
n/a
A
N T
au
5444
7.40
29
1626
7 0.
6660
79
C
CD
F.
Sal
vagg
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0.00
03
AQ
Tau
54
498.
6820
20
432
0.55
75
99
CC
D
J. B
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ki
0.00
03
CT
Tau
54
399.
8518
13
490
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479
94
CC
D
J. B
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ki
0.00
02
EQ
Tau
54
338.
8117
41
381.
5 –0
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4 81
C
CD
G
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0.
0002
E
Q T
au
5442
1.75
88
4162
4.5
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260
60
CC
D
J. B
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ki
0.00
01
EQ
Tau
54
462.
5502
41
744
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257
91
CC
D
G. S
amol
yk
0.00
01
HU
Tau
54
437.
7187
64
01
0.02
24
119
CC
D
J. B
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ki
0.00
03
HU
Tau
54
509.
6881
64
36
0.02
13
105
CC
D
J. B
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zyns
ki
0.00
05
V T
ri
5443
5.66
28
5119
8 –0
.003
6 28
C
CD
K
. Men
zies
0.
0001
V
Tri
54
435.
6641
51
198
–0.0
023
53
CC
D
G. S
amol
yk
0.00
01
X T
ri
5438
0.64
03
1222
6 –0
.070
1 95
C
CD
G
. Sam
olyk
0.
0001
X
Tri
54
411.
7288
12
258
–0.0
707
80
CC
D
J. B
ialo
zyns
ki
0.00
02
X T
ri
5444
8.64
73
1229
6 –0
.070
5 71
C
CD
G
. Sam
olyk
0.
0001
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
Tabl
e co
ntin
ued
on fo
llow
ing
page
Samolyk, JAAVSO Volume 36, 2008 185
R
S T
ri
5438
7.74
67
8616
–0
.027
3 55
C
CD
J.
Bia
lozy
nski
0.
0001
R
S T
ri
5445
2.64
95
8650
–0
.027
9 78
C
CD
J.
Bia
lozy
nski
0.
0001
R
V T
ri
5444
8.72
14
1116
6 –0
.026
5 75
C
CD
J.
Bia
lozy
nski
0.
0002
R
V T
ri
5449
1.67
89
1122
3 –0
.028
0 34
C
CD
E
. Wile
y 0.
0005
R
V T
ri
5451
3.53
51
1125
2 –0
.028
1 82
C
CD
G
. Sam
olyk
0.
0002
W
UM
a 54
405.
8949
25
897
–0.0
537
76
CC
D
G. S
amol
yk
0.00
07
W U
Ma
5452
4.66
48
2625
3 –0
.058
7 n/
a C
CD
J.
Bia
lozy
nski
0.
0002
T
Y U
Ma
5450
5.80
02
4223
2.5
0.25
23
41
CC
D
K. M
enzi
es
0.00
03
TY
UM
a 54
521.
5787
42
277
0.25
38
96
CC
D
G. S
amol
yk
0.00
03
UX
UM
a 54
505.
8560
86
810
0.00
18
33
CC
D
K. M
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0.00
01
UX
UM
a 54
519.
8194
86
881
0.00
15
50
CC
D
G. S
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0.00
01
XZ
UM
a 54
493.
5538
68
11
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937
96
CC
D
G. S
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0.00
01
XZ
UM
a 54
521.
6669
68
34
–0.0
940
60
CC
D
J. B
ialo
zyns
ki
0.00
01
AF
UM
a 54
514.
7606
52
72
0.53
06
160
CC
D
J. B
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zyns
ki
0.00
02
AW
Vul
54
380.
6128
10
038
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115
88
CC
D
G. S
amol
yk
0.00
01
AY
Vul
54
385.
6722
48
50
–0.0
718
78
CC
D
J. B
ialo
zyns
ki
0.00
02
BE
Vul
54
388.
6973
91
99
0.06
35
100
CC
D
J. B
ialo
zyns
ki
0.00
02
BE
Vul
54
399.
5580
92
06
0.05
99
97
CC
D
G. S
amol
yk
0.00
01
BT
Vul
54
366.
6433
16
618
0.00
17
108
CC
D
G. S
amol
yk
0.00
02
BU
Vul
54
382.
7400
36
642
0.01
55
59
CC
D
J. B
ialo
zyns
ki
0.00
01
CD
Vul
54
338.
6624
11
759
–0.0
001
79
CC
D
G. S
amol
yk
0.00
01
Tabl
e 1.
Tim
es o
f m
inim
a of
sta
rs in
the
AA
VSO
ecl
ipsi
ng b
inar
y pr
ogra
m, c
ont.
St
ar
HJD
(min
) C
ycle
O
–C
N
Type
O
bser
ver
Stan
dard
2400
000+
Err
or
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