CDS

2018A&A...617A..26D

Query : 2018A&A...617A..26D

2018A&A...617A..26D - Astronomy and Astrophysics, volume 617A, 26-26 (2018/9-1)

Testing the disk instability model of cataclysmic variables.

DUBUS G., OTULAKOWSKA-HYPKA M. and LASOTA J.-P.

Abstract (from CDS):


Context. The disk instability model (DIM) attributes the outbursts of dwarf novae to a thermal-viscous instability of their accretion disk, an instability to which nova-like stars are not subject.
Aims. We aim to test the fundamental prediction of the DIM: the separation of cataclysmic variables (CVs) into nova-likes and dwarf novae depending on orbital period and mass transfer rate from the companion.
Methods. We analyzed the light curves from a sample of ~=130 CVs with a parallax distance in the Gaia DR2 catalog to derive their average mass transfer rate. We validated the method for converting optical magnitude to mass accretion rate against theoretical light curves of dwarf novae.
Results. Dwarf novae (resp. nova-likes) are consistently placed in the unstable (resp. stable) region of the orbital period - mass transfer rate plane predicted by the DIM. None of the analyzed systems present a challenge to the model. These results are robust against the possible sources of error and bias that we investigated. Light curves from Kepler or, in the future, the LSST or Plato surveys, could alleviate a major source of uncertainty, that is, the irregular sampling rate of the light curves, assuming good constraints can be set on the orbital parameters of the CVs that they happen to target.
Conclusions. The disk instability model remains the solid basis on which to construct an understanding of accretion processes in CVs.

Abstract Copyright: © ESO 2018

Journal keyword(s): accretion, accretion disks - binaries: close - stars: dwarf novae - novae, cataclysmic variables

Simbad objects: 135

goto Full paper

goto View the references in ADS

Number of rows : 135
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2023 		#notes
1 V* WW Cet CV* 00 11 24.7726635744 -11 28 43.204518696           ~ 174 0
2 V* V592 Cas CV* 00 20 52.2230598456 +55 42 16.235113356 12.07 12.86 12.79     OB 97 0
3 V* RX And CV* 01 04 35.5379487744 +41 17 57.784196472   13.713 13.429 11.788   ~ 307 0
4 V* FO And CV* 01 15 32.1563820432 +37 37 35.565432888           ~ 56 0
5 V* TY Psc CV* 01 25 39.3569919912 +32 23 08.895723252           ~ 111 0
6 V* TW Tri CV* 01 36 37.0048275864 +32 00 40.027198608           M1:e 30 0
7 V* KT Per CV* 01 37 08.7946635024 +50 57 20.398380408           M3.5e 124 0
8 V* AR And CV* 01 45 03.2715491016 +37 56 33.237881916           ~ 82 0
9 V* TT Ari CV* 02 06 53.0797508832 +15 17 41.851038804   10.73 10.20     Bep: 431 0
10 V* WX Hyi CV* 02 09 50.8241651856 -63 18 39.831098040   10.70     13.038 ~ 197 0
11 V* TZ Per CV* 02 13 50.9628819720 +58 22 52.311999000     12.00     ~ 91 0
12 V* LX And pA* 02 19 44.0897178336 +40 27 22.335084504           ~ 19 0
13 V* RW Tri CV* 02 25 36.1556820000 +28 05 50.891220600   13.50 12.50     M0V 300 0
14 V* AM Cas CV* 02 26 23.3509014840 +71 18 31.618139040           ~ 32 0
15 V* PY Per CV* 02 50 00.1479128544 +37 39 22.196658168           ~ 25 0
16 V* FT Cam CV* 03 21 14.3227683744 +61 05 26.576142000 16.6         ~ 18 0
17 V* AF Cam CV* 03 32 15.4983960264 +58 47 22.148326104     13.40     ~ 48 0
18 V* FO Per CV* 04 08 34.9796294203 +51 14 48.144043712   14.18 14.03     sdB 42 0
19 V* VW Hyi CV* 04 09 11.3967378648 -71 17 41.554528260   12.786 12.543 14.160   ?+L0:e 635 0
20 HS 0417+7445 CV* 04 23 32.8345501088 +74 52 50.037845263           ~ 23 0
21 V* BF Eri CV* 04 39 29.9447621952 -04 35 58.869385008   15.07 14.58 14.71   D+K3 43 0
22 V* AQ Eri CV* 05 06 13.1058945528 -04 08 07.253107476           ~ 82 0
23 V* BI Ori CV* 05 23 51.7717113504 +01 00 30.622984056           ~ 36 0
24 V* V1159 Ori CV* 05 28 59.5676204544 -03 33 52.282939068   14.321 14.203 15.317   ~ 139 0
25 V* TV Col CV* 05 29 25.5292422792 -32 49 03.900212364   14.219 13.846 14.181   K2V 326 0
26 V* TX Col CV* 05 43 20.1155786784 -41 01 54.309912963   14.5       ~ 153 0
27 V* FS Aur CV* 05 47 48.3599178816 +28 35 11.207992848           ~ 105 0
28 V* CN Ori CV* 05 52 07.7842206216 -05 25 00.543695772           ~ 174 0
29 V* SS Aur CV* 06 13 22.4340408984 +47 44 25.345431780   16.06 15.81     sdBe 257 0
30 V* CZ Ori CV* 06 16 43.2247568736 +15 24 11.297210616   12.81 12.81 16.17   OB- 94 0
31 V* RR Pic No* 06 35 36.0630277104 -62 38 24.291215844   12.407 12.449 12.675 12.385 ~ 337 0
32 V* CW Mon CV* 06 36 54.5810314968 +00 02 17.285344080     11.90     ~ 66 0
33 V* PU CMa CV* 06 40 47.6858659440 -24 23 13.892650404           ~ 34 0
34 V* HL CMa CV* 06 45 17.2108297512 -16 51 34.544944080   12.60 12.41     ~ 104 0
35 V* IR Gem CV* 06 47 34.6827027456 +28 06 22.332682152           ~ 137 0
36 V* SV CMi CV* 07 31 08.4042714600 +05 58 48.370881792           ~ 44 0
37 V* BG CMi CV* 07 31 29.0079060264 +09 56 23.030740248   14.5       ~ 219 0
38 V* UY Pup CV* 07 46 31.2402238920 -12 57 08.997056712         15.09 K2/6+? 36 0
39 V* BV Pup CV* 07 49 05.2533624216 -23 34 00.396724440           ~ 63 0
40 V* BX Pup CV* 07 54 15.5733669984 -24 19 36.404794884           ~ 41 0
41 V* U Gem CV* 07 55 05.2323858391 +22 00 05.045435077   15.3 14.54     DA 1086 0
42 V* EZ Lyn CV* 08 04 34.2185575584 +51 03 49.366034352       17.4   ~ 66 0
43 V* YZ Cnc CV* 08 10 56.6511822192 +28 08 33.260657100     15.24     ~ 244 0
44 V* SU UMa CV* 08 12 28.2695986944 +62 36 22.427676396           B2 490 0
45 V* FH Lyn CV* 08 13 21.9187599576 +45 28 09.275565864           K5.5 23 0
46 V* IX Vel CV* 08 15 18.9688659456 -49 13 20.671780368 8.64 10.04 10.10 9.84 9.347 sdOBe 233 0
47 V* Z Cam CV* 08 25 13.1986690656 +73 06 39.284964108   12.006 11.927 11.712   ~ 512 0
48 V* AT Cnc CV* 08 28 36.9270732360 +25 20 03.045311628   14.798 14.583 13.690   DAe: 104 0
49 V* SW UMa CV* 08 36 42.7492998216 +53 28 37.976599020           ~ 301 0
50 V* BZ UMa CV* 08 53 44.1735972456 +57 48 40.593710304   15.95 17.58 14.98 15.38 M5.5:Ve 150 0
51 V* VZ Pyx CV* 08 59 19.8388698120 -24 28 55.257493908     14.08     ~ 62 0
52 V* SY Cnc CV* 09 01 03.3195626400 +17 53 56.030744400   12.757 12.498 12.078   G8V 149 0
53 V* GY Cnc CV* 09 09 50.5407550968 +18 49 47.429496300           ~ 74 0
54 V* DI UMa CV* 09 12 16.1933315112 +50 53 53.956934520           ~ 82 0
55 V* BK Lyn CV* 09 20 11.2020621696 +33 56 42.356468364   13.97 13.99 14.72   ~ 109 1
56 V* HM Leo CV* 09 38 36.9804137328 +07 14 55.122280584           ?+M3V 24 0
57 V* R LMi OH* 09 45 34.2840467232 +34 30 42.809054724   9.442 8.443 9.024   M6.5-9e 318 0
58 V* ER UMa CV* 09 47 11.9410111200 +51 54 08.950092804 14.351 14.03 13.91 14.909 14.629 ~ 143 0
59 V* X Leo CV* 09 51 01.4657296584 +11 52 31.244512908           M2 126 0
60 V* RZ LMi CV* 09 51 48.9263549904 +34 07 23.966634108           ~ 110 0
61 V* RU LMi CV* 10 02 07.4601417984 +33 51 00.229580784           ~ 28 0
62 V* CH UMa CV* 10 07 00.7217843640 +67 32 47.506618176   15.97       ~ 110 0
63 V* RW Sex CV* 10 19 56.6224471752 -08 41 56.106711816   10.674 10.645 10.747 10.598 DAe 197 0
64 V* KS UMa CV* 10 20 26.5185297792 +53 04 33.089641968   17.0       ~ 65 0
65 V* ST Cha CV* 10 47 15.6121948464 -79 28 06.861107928   13.90 12.80 14.31 13.99 ~ 22 0
66 V* SX LMi CV* 10 54 30.4187071632 +30 06 10.358155512   16.9   15.6   ~ 71 0
67 V* CY UMa CV* 10 56 56.9964835104 +49 41 18.201049512   17.0       ~ 101 1
68 V* V392 Hya CV* 10 58 56.4235808976 -29 14 40.763567580   16.38       ~ 18 0
69 V* TT Crt CV* 11 34 47.1765755496 -11 45 30.370189860   16.598 16.029 15.945   ~ 49 0
70 V* QZ Vir CV* 11 38 26.8241432424 +03 22 07.110298596     15.81     ~ 250 1
71 V* DO Dra CV* 11 43 38.4921265896 +71 41 20.559036192       13.747   DQ 215 1
72 V* TW Vir CV* 11 45 21.1711886016 -04 26 05.777690964   17.38   15.03   M2 140 0
73 V* BV Cen CV* 13 31 19.5105743208 -54 58 33.657394152     13.151 12.746 12.226 G5-8IV/V 187 0
74 V* UX UMa CV* 13 36 40.9531256400 +51 54 49.423353228   12.78 13.26     sdOB 515 0
75 V* V355 UMa CV* 13 39 41.1389765496 +48 47 27.466647216   17.2 18.01 17.3   ~ 42 1
76 V* HW Boo CV* 13 43 23.1746633496 +15 09 16.825941036   17 18.5     ~ 14 0
77 V* HS Vir CV* 13 43 38.4377401320 -08 14 03.882750324           ~ 59 0
78 V* OU Vir CV* 14 35 00.2216793576 -00 46 06.269754864   18.5       M2: 49 0
79 V* KV Dra CV* 14 50 38.3283335160 +64 03 29.003633136           B1 35 0
80 V* NY Ser CV* 15 13 02.2954585632 +23 15 08.407860084   15.648 15.699     ~ 68 0
81 V* ES Dra CV* 15 25 31.8170509152 +62 00 59.940328860   15.44       ~ 22 0
82 V* QW Ser CV* 15 26 13.9668843408 +08 18 02.490457464           DA:H: 40 0
83 V* R Ser Mi* 15 50 41.7343255200 +15 08 01.089879792   8.49 7.10     M5-8e 225 0
84 V* SS UMi CV* 15 51 22.3401322752 +71 45 11.834778240           ~ 70 0
85 V* QZ Ser CV* 15 56 54.4738717848 +21 07 19.083494676           ?+K4Ve 50 0
86 V* V893 Sco CV* 16 15 14.9804783976 -28 37 32.113386876           ~ 80 0
87 V* V844 Her CV* 16 25 01.7475368040 +39 09 26.359853904       16.2   ~ 60 0
88 V* V1084 Her CV* 16 43 45.6974063496 +34 02 39.549009444     12.48     ~ 34 0
89 V* AH Her CV* 16 44 10.0057431264 +25 15 01.942541352   12.44 12.71     K2 231 0
90 V* V795 Her CV* 17 12 56.1689188488 +33 31 19.240640724   12.53 12.64 12.69   ~ 174 0
91 V* V478 Her CV* 17 21 05.6183611848 +23 39 36.689564412           ~ 14 0
92 V* RY Ser CV* 17 23 07.1837977344 -12 48 09.736673544           ~ 23 0
93 V* AT Ara CV* 17 30 33.8219416224 -46 05 58.773466356   15.156 14.045 14.719   K2+ 39 0
94 V* BF Ara CV* 17 38 21.3279286968 -47 10 41.551884804           ~ 46 0
95 V* DQ Her CV* 18 07 30.2510391864 +45 51 32.564791872   14.605 14.443 14.800   M3+Ve 996 1
96 V* V426 Oph CV* 18 07 51.6919772928 +05 51 47.804055084           ~ 167 0
97 V* IX Dra CV* 18 12 31.4711619792 +67 04 45.821734572           sdB 44 0
98 V* LL Lyr CV* 18 35 12.8190610224 +38 20 04.346234988           ~ 27 0
99 V* BD Pav CV* 18 43 11.9137504416 -57 30 44.865618300           ?+K 66 0
100 V* AY Lyr CV* 18 44 26.6868591696 +37 59 51.945309636   18.1   14.66   ~ 116 0
101 V* V603 Aql No* 18 48 54.6369872232 +00 35 02.857106184 10.73 12.106 12.087 11.986   OB+e: 536 0
102 V* CY Lyr CV* 18 52 41.3790647256 +26 45 31.443001704     13.20     ~ 59 0
103 V* V1223 Sgr CV* 18 55 02.3108012664 -31 09 49.584656268           ~ 328 0
104 V* MV Lyr CV* 19 07 16.2886463256 +44 01 07.869892008   13.040 12.920 12.489 12.578 M5Ve 270 0
105 V* FO Aql CV* 19 16 38.1695120181 +00 07 37.020255198       15.04   ~ 30 0
106 V* V729 Sgr CV* 19 16 49.0993411728 -26 14 33.707156532           ~ 19 0
107 V* V1504 Cyg CV* 19 28 56.4508657536 +43 05 37.081595940           ~ 110 0
108 V* V792 Cyg CV* 19 31 00.9858858888 +33 47 03.846837156           ~ 18 0
109 V* EM Cyg CV* 19 38 40.1068970904 +30 30 28.332591012     11.90     ~ 249 0
110 CD-42 14462 CV* 19 47 40.5290567472 -42 00 26.395115580 9.65 10.362 10.308 10.520   sdB 223 0
111 V* V811 Cyg CV* 19 48 23.3015936040 +36 26 23.250132240           ~ 19 0
112 V* AB Dra CV* 19 49 06.5315089272 +77 44 23.339250276           ~ 113 0
113 V* V1454 Cyg CV* 19 53 38.4919151775 +35 21 45.719296525           ~ 23 1
114 V* EY Cyg CV* 19 54 36.7420149648 +32 21 55.087471404           sdBe+K0V 117 0
115 V* V1316 Cyg CV* 20 12 13.6496172587 +42 45 51.126307680     14.30     ~ 30 0
116 V* V503 Cyg CV* 20 27 17.3992939944 +43 41 22.504607556           ~ 131 0
117 V* AE Aqr CV* 20 40 09.1598959176 -00 52 15.055595220   12.46 10.40   10.191 K3-5IV/V 655 0
118 V* V713 Cep CV* 20 46 38.6769344880 +60 38 03.113768436           ~ 11 0
119 V* V516 Cyg CV* 20 47 09.7892680488 +41 55 26.482298232     14.20     ~ 29 0
120 V* VW Vul CV* 20 57 45.0624108432 +25 30 25.697878236     13.10     ~ 65 0
121 V* LQ Peg CV* 21 36 19.1177850768 +11 40 54.377256900   14.30       ~ 41 0
122 V* SS Cyg CV* 21 42 42.8034497592 +43 35 09.867842484 11.07 12.651 12.032 9.326   K5V 1269 1
123 V* RU Peg CV* 22 14 02.5505986656 +12 42 11.278107972     12     sdBe+G8IV:n 302 0
124 HS 2214+2845 CV* 22 16 31.1750292600 +29 00 19.821789252           M2.5e 9 0
125 V* FO Aqr CV* 22 17 55.3796835600 -08 21 03.754995948           ~ 352 0
126 V* V521 Peg CV* 22 21 44.7931808160 +18 40 08.201442360           ~ 24 0
127 V* V537 Peg CV* 22 43 40.7046188472 +30 55 20.057929824   13.8 13.74     ~ 12 0
128 V* TY PsA CV* 22 49 39.9054462120 -27 06 53.126335980   15.61 15.67 16.19   DA 99 0
129 GD 552 CV* 22 50 39.9583863216 +63 28 38.330366988   16 16.47     ~ 61 0
130 V* IP Peg CV* 23 23 08.5362249504 +18 24 59.206884012           M2 376 0
131 HS 2325+8205 CV* 23 26 50.2868902782 +82 22 11.273889268   15.57 14.58 15.25   ~ 6 1
132 V* DX And CV* 23 29 46.6838648136 +43 45 04.034136924           ~ 97 0
133 V* EI Psc CV* 23 29 54.2146447848 +06 28 11.596023228   16.86 16.22     ~ 123 0
134 V* HX Peg CV* 23 40 23.6981168832 +12 37 41.711624724   14.43 14.29 15.87   DAs 53 0
135 V* V630 Cas CV* 23 48 51.9183381648 +51 27 39.165095412           ~ 40 0

To bookmark this query, right click on this link: simbad:objects in 2018A&A...617A..26D and select 'bookmark this link' or equivalent in the popup menu

2023.03.31-22:12:03

© Université de Strasbourg/CNRS

    • Contact