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[vsnet 212] TOAD list (Re: WZ Sge stars, from Howell)
- Date: Mon, 11 Sep 1995 14:12:24 +0900
- To: vsnet
- From: tkato@kusastro.kyoto-u.ac.jp
- Subject: [vsnet 212] TOAD list (Re: WZ Sge stars, from Howell)
- Sender: owner-vsnet@kusastro.kyoto-u.ac.jp
From howell@PSI.EDU Mon Sep 11 11:33:07 1995
From: Steve Howell <howell@PSI.EDU>
To: tkato@kusastro.kyoto-u.ac.jp
Subject: Re: [vsnet 206] WZ Sge-type stars and candidates
FYI, I have had this compiled and placed on the WWW frabout 1 yr.
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Last modified - 11 July 1995
(Current version available from my homepage, see address given below)
ALL KNOWN, SUSPECTED, OR POSSIBLE TOADS
(Coordinates etc below extracted from DOWNES and SHARA Feb 1993 PASP)
(See Howell , Szkody, and Cannizzo ApJ 1995, 439, 337.)
This list represents those stars which are known TOADs (ApJ paper),
new known TOADs since the above ApJ paper, suspected TOADs, systems
with magnitude ranges that are near the nominal cutoff, (as the minimum
magnitude of these fainter systems is NOT a constant), and ones with
little or no information (usually about their minimum magnitude).
WW Cet, and AR And are, so far, the only TOAD candidates with
known orbital periods above the period gap.
WW Cet may have high/low state behavior as suggested by Warner and
others, and thus have a true amplitude of only 5 mags.
The novae (and subtypes) included in this list are those from Duerbeck
which are NOT proven to be actual novae, and may (like HV Vir) be TOADS.
However, I have been generous with candidates, but also very incomplete
here because many of the candidates listed in
Duerbeck, particularly in the Milky Way, have poorly known positions,
no known candidates, or historically vague details. I suggest you read Duerbeck
yourself, before undertaking any campaigns on these 'novae' candidates.
Note that an * in the column after the Dec value, means that there is
an additional note in Downes and Shara about the star. Usually, but not
always, this is about there being no candidate absolutely identified,
or poor coordinates are known. But one should look up the star in the
PASP article. A 'T' in the left hand column, means the star is known
to be a TOAD. 'SU' in the period column indicates that the star is
known to show superhumps at outburst, thus likely to be short period.
Other letters indicate notes (in addition to any given in
the cited references) which are listed after the table.
This is a list from which to work, a starting point. many of the systems
here are poorly known in most respects. Much of the information on them
comes from dedicated amateurs, to whom I am grateful.
Please send comments, modifications, and additions to the address below.
I realize there are likely to be many mistaken identities here, so please
help me get these corrected.
Happy hunting!! ribet ribet ....
Steve B. Howell
Planetary Science Institute, Astrophysics Group
620 N. 6th Ave.
Tucson, AZ 85705 USA
Phone (520) 622-6300
Fax (520) 622-8060
e-mail: howell@frankenstein.psi.edu
homepage: http://www.psi.edu/sbhgen.html
(periods given are orbital, unless only superhump period is known)
****************************************************************************
Coordinates (J2000) ORBITAL
R.A. DEC. b TYPE MAG. RANGE GCVS NAME PER (min)
0 0 49.13 -77 18 57.6 -39 UGSU 15.4 p- (17.5 p BE Oct
0 11 24.82 -11 28 43.4 -71 ugz: 9.3(11?) v- 15.7 v WW Cet
0 18 15.05 +66 18 12.7 3 ugZ: 15.5 p- (17.2 p V513 Cas
0 19 9.30 +41 27 40.4 -21 UG: 10.5 p- (14.5 p HP And
0 19 59.22 -73 52 32.6* -43 UG: 15.4 p- (16.5 p VW Tuc
0 32 10.12 +41 58 12.2 -21 na: 11.7 p- 20.5 p LS And
0 34 0.96 -73 15 29.7 -44 NA? 11.4 p- (18 p VZ Tuc
0 38 54. +61 13 3. * -1 UGSS 15.2 p- 20 p KP Cas
T 0 41 51. +26 37 25. * -36 UG: 13 V- (17 v LL And 82.2
1 7 3.98 +42 43 11.3 -20 UG 15.6 p- 20.5:p IZ And
1 10 11. + 3 32 37. * -59 UG: 13.0 p- (18.5 p XY Psc
T 1 17 4.21 -17 56 23.8 -79 ugwz 9.5 v- 17.5 v WX Cet 81
1 28 10. +31 14 57. * -31 ug 16.6 p- 21.5:p AS Psc
1 39 15.39 +31 24 19.8* -30 ug 14.8 p- (18.0 p TU Tri
T?1 45 3.34 +37 56 32.7 -23 ug 11.0 v- 16.9 v AR And 236
T 2 10 8.19 +57 11 21.2 -4 ugsu 11.0 v- 17.5 v UV Per 93.3
2 12 29.59 +57 5 19.7 -4 ug 13.5 p- 18.0:p UW Per
T 2 17 14. +40 41 30. * -19 UG 14.6 p- 22.5:p KV And 104
2 25 0.57 +32 59 54.9 -26 UG 13.8 p- (17.0 p WY Tri
2 25 55.14 +37 34 4.7 -21 ug/ugz 14.5 p- (17.5 p FS And
2 29 29.5 +40 2 37.8 -19 nr/ug 10.1 v- 19 V PQ And
2 35 18.12 +41 14 1.6* -17 UG 14.8 p- 22 p KW And
b 2 39 02 +43 08 36 -16 N/UG? 11.7 p- (20 p NSV 00895
2 42 10. +43 20 53. -15 n/sn:? 11.7 p- (20 p Per
2 42 16. +35 40 29. * -22 ug 14.7 p- 20 :p PU Per
2 42 53.57 +38 4 2.6 -20 ug 14.9 p- 20 :p PV Per
2 45 17.2 +33 31 25.5 -24 n: 15 p- (21 p UW Tri
2 47 33. +34 58 37. * -22 ugZ: 15.2 p- (17.5 p V368 Per
2 48 31. +17 21 53. -37 n: 9.5 v- (14.5 v SU Ari
2 56 40. +37 8 25. * -19 ug 15.4 B- (19.0 B V372 Per
3 15 37.93 +42 28 0.9 -13 UG 14.2 p- (20 p QY Per
3 19 6.7 +35 29 35.9 -18 n:: 9.5 v Tri
3 20 45.1 +28 57 14. -23 n:: 9.5 v- (20.0 v W Ari
3 22 55. +41 37 3. * -13 UG 14.3 p- (20 p V336 Per
3 25 3.57 +19 49 53.9 -30 n: 12 p- 22 p SV Ari
3 26 47. -34 26 36. -56 ug: 12.7 V -(19 B For
3 44 0. +21 57 15. * -26 UG: 15.0 p- (21 p V701 Tau
3 47 6.3 +34 20 21. -16 n::? 9.5 v- (16.5 p SZ Per
4 9 12.33 +48 22 6.1 -2 UG 16 p- (18 p MY Per
4 18 44.54 +51 7 29.6 1 ug 15 p- (18 p NS Per
4 53 16.81 +38 16 37.1 -3 ug 15 p- (19 p HV Aur
5 3 41. +26 23 10. * -9 UGSS 11.5 p- (17 p HW Tau
5 14 56. -66 48 7. * -34 N?(LMC) 12.4 p- (18 p RY Dor
5 21 35.20 + 1 10 8.6 -19 n: 11.5 p- (21 p GR Ori
5 31 8.25 + 9 45 9.9 -12 UG: 15.5 p- (17.5 p V650 Ori
5 48 22.98 +22 42 1.2 -3 ug 14.5 p- 20 p V421 Tau
5 58 22.3 +20 15 26. -2 n:: 6 v- 20.5:p V529 Ori
6 40 37. +31 11 26. 11 n:: 9.2 v- (13 v SY Gem
6 52 58. +16 40 16. * 7 UG 14.7 p- (18.5 p KZ Gem
6 58 45. +17 2 11. 9 n:: 7.0 v- (14 p Gem
7 4 4.99 -23 45 35.3 -8 n: 13.7 p- 15.9:p CG CMa
7 5 41. -16 8 46. * -4 UG 16.5 p- (19 p EU CMa
7 14 34.84 + 8 48 5.0 9 UG: 14.5 p- (16.5 p AQ CMi
7 18 49.25 -27 7 43.7* -6 ugz: 14.5 p- (16.0 p WZ CMa
7 22 40.89 +28 30 13.2 18 ugsu 13.8 v- 19.4 v AW Gem
7 53 24.87 -31 38 50.9 -2 na: 8.0 p- 20.5 p HS Pup
7 59 1. -43 49 6. -7 n:: 3 v- 20 :p Pup
8 7 47. +30 50 54. 29 n:: 8.7 v- (21 : VZ Gem
8 13 48.40 -26 33 57.1 4 nb: 7.0 p- 20 p DY Pup
T 8 36 42.90 +53 28 37.1 37 ugsu/dq 10.6 v- 16.5 v SW UMa 81.8
8 39 32.45 -66 17 40.1 -15 UGSU: 16 p- (18 p RX Vol
8 43 4.12 +27 51 48.6 36 nl/ug: 11.9 v- 17 :v EG Cnc
8 51 8. + 3 8 32. * 27 UGSS 14.1 p- 20 :p CT Hya SU
8 53 28.96 -71 12 31.0 -17 UG: 15.5 p- (17.5 p SY Vol
T 8 53 44.30 +57 48 40.3 39 ug 10.5 v- 17.8 v BZ UMa 97.8
T 8 55 18.88 +11 19 40.8 32 ug 13 p- (17 p AK Cnc 97
8 58 50.99 -53 20 17.8 -5 na: 9.0 p- 21 j CQ Vel
10 2 7.61 +33 50 59.3 53 ug 13.8 p- 19.5 p RU LMi
10 15 41. +73 26 1. * 39 ug 15.1 p- 20 p CP Dra
10 24 3.3 +14 0 11. 53 n:: 10.5 v- (15 v U Leo
10 34 6.0 +31 7 59. 60 ug or n 15. p- (21 p SS LMi
10 36 27.03 -80 2 52.4 -18 UG 14.4 p- (16.9 p RX Cha
10 38 22.51 -63 8 29.4 -4 n:: 13 : - 18 : Car
10 39 47.12 -63 14 7.2 -5 n:: 13 : - 18 : Car
10 56 57.07 +49 41 18.4 59 ugSU 11.9 v- 17.0 v CY UMa
11 16 11. +29 21 37. * 69 UG: 15.5 p- (21 p CE UMa
11 24 51.99 -35 54 38.6 23 ugSS 11.9 V- (16.5 v V442 Cen
T11 37 16.11 + 1 49 21.0 59 ugwz 11.5 v- 19 v RZ Leo 102
11 38 27.01 + 3 22 7.0 60 ugsu 10 B- 15.7 B T Leo
T11 52 15.98 +49 14 40.9 65 ug: 10.9 B- 18.3 B BC UMa 91.2
11 58 15.29 -41 46 7.9 20 n: 13.8 p- 21.0 j V359 Cen
T12 20 24.22 -18 27 2.8 44 ug: 12 p- 19 v TV Crv 132
12 31 20.34 -64 26 24.3 -2 n: 10.7 p- 21.7 j AP Cru
T12 32 25.84 +14 20 43.0 76 ug/dq 12.8 v- 22 v AL Com 84?
T12 56 37.18 +26 36 42.6 88 ugwz: 13.1 p- 20 p GO Com 94.8
T13 21 3.10 + 1 53 28.2 64 ugwz 11 p- 19 p HV Vir 83.5
14 7 4.4 +20 44 45. 71 n:: 4.5 v AB Boo
14 14 5.7 +19 4 2. 69 n:? 9.7 v- 18.5:p T Boo
14 43 19.20 +13 41 50.3 61 n: 10.5 p- 20 :p Boo
T14 44 1.45 +22 0 55.8 63 ugwz 11.5 v- 20.4 V UZ Boo
T14 57 44.80 +40 43 40.2 60 ug 12.7 v- 19.2 V TT Boo 108
15 14 1.20 -65 5 35.7* -6 ugsu 10.4 v- 16.6:v EK TrA
T15 19 55.32 -25 0 24.7 27 n or ug 9 p- 18.5 p GW Lib
15 30 22.43 -75 44 39.4 -15 UG 14.3 p- (16.0 p AG Aps
15 34 12.26 +59 48 31.2 47 ug 15.5 v- 21.7 v DM Dra
15 49 16.37 -43 4 53.8* 8 UG: 13.9 p- (16.0 p AB Nor
16 13 44.4 -53 19 8. -2 n:: 9.4 v- (17 j V341 Nor
16 22 7.24 +19 22 35.7 41 ug 14.1 p- (17.5 p V589 Her
16 30 37. -61 50 33. * -9 UG 15.5 p- (17.0 p FL TrA
T16 30 58. +21 16 57. * 40 ug: 12.3 p- (21 p V592 Her
16 33 53.87 -56 28 3.0 -5 UG 15.5 p- (17.0 p LR Nor
16 38 5.48 + 8 37 57.4 33 ug 14.5 p- 20 :p V544 Her
16 43 39. +22 31 25. * 37 UG 16.2 p- (16.8 p V610 Her
16 44 52.16 +19 59 43.7* 36 UG 15.4 p- (16.4 p V611 Her
16 46 45.85 -27 24 27.0 12 UG: 12.5 p- (16 p AC Sco
16 47 55.6 +77 1 41. 33 nb 6 p- 21 p RW UMi
16 50 25. -25 33 48. * 12 N: 10.9 p- (15 p AF Sco
17 0 7. -57 51 39. * -9 UG 14.8 p- (16.3 p V433 Ara
17 4 5.32 -36 43 35.1* 3 ug: 15.0 p- (16.5 p V601 Sco
17 5 1. -18 59 33. * 13 UG 17.9 p- (20.2 p V1326 Oph
T17 8 5. -32 42 6. * 5 ugSS 12.0 B- 18.5 B FQ Sco
17 14 39.51 -58 53 52.0 -11 UG 14.8 p- (16.2 p V499 Ara
17 22 48.16 -75 9 56.9* -20 UGSS 14.4 p- (15.8 p DT Aps
17 30 45. +10 16 46. * 22 UG 15.5 p- (17.5 p V1063 Oph
17 30 46. -42 11 43. * -5 UG 13.0 B- 18.5 B MM Sco
17 31 54. -67 42 52. * -17 UG: 15.2 p- (15.5 p EK Aps
17 35 10.26 -63 2 50.7 -15 UG 12 p- (18 p FV Ara
17 38 21.36 -47 10 41.9 -8 UGSS 13.6 p- (16.0 p BF Ara
17 50 23.55 -20 40 30.3 3 n:: 9.0 p- 18 j V1172 Sgr
T18 0 56.34 -34 35 42.0 -6 ugwz: 13.5 p- 20 p V551 Sgr
18 1 43.15 -35 39 27.8 -6 n: 12.3 p- 18.5 j V384 Sco
a18 8 12.29 -54 54 22.3* -16 ug: 15.1 p- (21 :p KY Ara
18 8 44. +34 27 28. * 23 UG 16.2 p- (21 p V631 Her
18 14 49.07 -30 43 29.8 -6 UG: 14.1 p- (16.0 p V3914 Sgr
18 17 24.98 +50 48 14.5 26 UGWZ: 15.0 B- (21 p DV Dra
18 19 42. +24 33 20. * 17 ug 15.4 p- 21 p V632 Her
18 23 56.84 -54 59 39.0* -18 UG 14.6 p- 18.5 p WW Tel
18 25 58. -29 25 50. * -8 UG: 11.5 p- (14 p V3941 Sgr
18 26 42.85 -64 59 31.5* -22 ug: 15 p- (16.5 p DP Pav
18 28 47.29 +35 49 29.3 19 UG: 16.0 p- (17.0 p V394 Lyr
18 31 35. -32 25 53. * -10 UG: 16.4 p- (18.6 p V2359 Sgr
18 33 56.43 -53 58 51.1 -19 ugwz: 14.4 p- (17.4 p YY Tel
18 35 30. -36 56 50. * -12 UG 15.7 p- (19.6 p V662 CrA
18 41 46. -33 27 59. * -13 UG 14.7 p- (19.0 p V3774 Sgr
18 43 12.03 -57 30 45.2 -22 ug 12.4 p- 16.5 j BD Pav
T18 44 26.81 +37 59 51.3* 17 ugsu 12.5 B- 18.4 B AY Lyr 105.7
c18 44 39.23 +43 22 26.4 19 ug 13.5 p- (20 p V344 Lyr SU
18 45 47.74 - 6 25 9.3 -2 n:: 13.6 p- (16.8 p GL Sct
18 52 3. - 1 28 39. - 1 n or ug 11.0?p- 15.6 p CI Aql
18 59 34. +42 24 14. * 16 n:/ugwz 16 p- (20 p V358 Lyr
19 0 20. +44 27 38. * 17 UG: 17.2 p- (18.5 p V447 Lyr
19 7 16.38 +44 1 7.2 15 vy 12.2 B- 18.0 B MV Lyr
19 10 26.38 +43 28 54.6* 15 UG: 17.6 p- (18.5 p V452 Lyr
19 16 9.6 -62 35 53. -27 ug 14.5 p- 20 j Pav
19 22 42.30 +52 43 53.3 16 ugSS 14 p- (17 p V1113 Cyg
19 24 36.71 +28 26 6.5 5 ug 14.9 p- (17 p V1114 Cyg
19 25 29.0 + 2 47 28. -6 n:: (19 p Aql
19 26 11. -10 15 31. * -12 UGSS 12.5 p- 18.3 V DH Aql
19 27 18. + 2 31 6. * -6 UG 15.5 p- 20 :p V1233 Aql
19 33 6. +33 15 37. * 6 ugSS 14.4 p- (18.5:p V793 Cyg
19 33 53.79 +14 17 46.1 -2 UG 12.5 p- 17.5:p KX Aql
19 34 34.44 +31 32 0.5 5 ugSS 13.4 p- (17.9:p V795 Cyg
19 34 44.52 +15 1 51.6 -2 na:? 10.5 p- 20.0 r EY Aql
19 35 5.69 +30 34 22.7 4 ug 16.5 p- (18.1 p V905 Cyg
19 37 9.86 + 2 35 59.6 -8 UG 14.5 p- 20 p V1141 Aql
19 48 14. +34 51 50. * 4 ugSS 16.4 p- (19 p V1153 Cyg
19 48 23.42 +36 26 22.7 5 ugSS 12.7 p- (17.7 p V811 Cyg
19 49 10.65 +58 31 58.3 15 ugSS: 13.0 p- 18.3:p V542 Cyg
19 49 16.55 +34 10 48.8 4 ugSS 15.5 p- (17.0 p V1449 Cyg
19 49 35.88 +36 44 35.7 5 ugSS 16.0 p- (19 p V813 Cyg
19 51 31.22 +10 57 20.6 -8 UG 15 p- (17.5 p V1047 Aql
19 52 2. +35 55 33. * 4 UGSS 15.4 p- (17.0 p V1452 Cyg
19 52 11. +19 34 39. * -4 UG 14.0 p- (17.4 p DO Vul
19 53 38.34 +35 21 44.0 3 ugSS 13.9 p- (17.0 p V1454 Cyg
19 58 37. +16 41 26. * -7 UG 13.8 p- (17.5 p AW Sge
19 59 51. +39 13 52. * 4 UG: 14.4 p- (16.5 p V337 Cyg
20 1 49.39 +36 7 25.6* 2 ugSS: 15.0 p- (18.5 p V823 Cyg
20 2 40.26 +57 16 26.1 13 ug 15.5 p- (18.0 p V1032 Cyg
20 5 4.96 +32 21 22.8 0 UGSS 14.2 p- (17.0 p V550 Cyg
T20 7 36.47 +17 42 14.8 -8 ugwz 7.0 p- 15.0 p WZ Sge 81.6
20 9 6. +17 43 38. * -8 UG: 16 p- (20 p ET Sge
20 9 33. +41 0 12. * 4 ugSS 15.9 p- (19 p V1310 Cyg
20 12 12.74 +42 45 52.2 4 ugSU: 14.5 p- (17.5 p V1316 Cyg
20 16 50.07 +53 12 23.6* 9 UGSS 15.0 p- (17.5 p V767 Cyg
20 17 34.02 - 3 39 51.9 -21 ux/vy 14.0 p- 20.2 B V794 Aql
20 26 22.25 -43 40 33.0 -35 UG 14.3 p- (16.7 p V2276 Sgr
20 26 47. +18 30 59. * -11 UG: 15.5 p- (20 p IO Del
20 28 23.46 +39 3 53.4 0 ugSU 16.0 p- (18.1 p V1390 Cyg
T20 28 38.5 -52 18 46.5 -36 ug 13.5 B- 19.7:B KK Tel 112
20 31 9.65 +16 23 7.9 -13 ugz: 15 p- (17.5 p IS Del
20 36 6.46 +54 31 41.1 8 UGSS 15.8 p- (17.5 p V1052 Cyg
20 36 55.56 +14 3 8.5 -16 UG 13.6 p- (17.2 p HO Del SU
20 38 32. +22 42 25. * -11 ug 15 p- 20 :p IL Vul
20 41 44. +25 35 10. * 10 UG 14 p- 19 :p TY Vul
20 43 59. +42 3 53. * 0 UG: 16.5 U- (17.5 U V1697 Cyg
20 55 0.70 +44 55 30.7* 0 UG: 15.0 p- (17.5 p V1711 Cyg
T21 5 8.35 -75 21 8.3 -34 ugwz: 13.5 p- 21 p AO Oct
21 6 19. + 0 51 53. * -29 UGZ: 12.1 p- (14.2 p EV Aqr
21 10 59.25 +38 57 11.1 -6 UGSS 18 p- (20 p V1065 Cyg
T21 12 9.25 - 8 49 37.3 -35 ugwz 8.4 p- 17.2 p VY Aqr 91
T21 15 4. +14 3 48. * -23 ugsu 10.7 p- (17 p EF Peg 123
21 29 18.47 +42 19 16.9 -6 UGSS 16.4 p- (18 p V1075 Cyg
21 30 24.71 - 2 59 18.8* -36 ug 11.3 p- 17.2 p VZ Aqr
21 34 16.01 +49 11 23.8 -1 ugSS 14.5 p- (17.5 p V1081 Cyg
21 40 52.65 +48 39 52.6 -3 UG: 12.5 p- 18.5 p V1251 Cyg
22 13 49.92 +55 28 23.6* 0 UGSS 14.8 p- (17.4 p KM Lac
22 24 43.05 +50 31 40.1 -5 ug 15.0 p- (17.3 p MR Lac
22 28 43.94 +56 14 57.9 -1 UG 16.2 p- (17.7 p NQ Lac
23 12 59.71 +56 51 16.5 -3 ugSS 15.8 p- (19 p LM Cas
23 34 6.66 -22 48 53.8 -71 ug 17.5 p- (21.0 p EH Aqr
23 48 52.38 +51 27 34.5 -10 ug: 12.3 p- 17.1:p V630 Cas
23 50 17. +46 59 21. -15 cv: 17.2 p- (22 V And2
23 51 17.34 +60 18 10.3 -2 na: 10.7 p- 17.4 p BC Cas
************************************************************************
a) KY Ara position in Duerbeck is incorrect. See IBVS 4123.
(1950) RA 18 04 09.5 -54 56 50.3
b) coordinates are 1950. NSV00895 = SVS 918.
c) V344 Lyr maximum ag from The Astronomer Group. Downes and Shara
catalogue might have wrong object marked.
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