2010A&A...515A.108S


C.D.S. - SIMBAD4 rel 1.7 - 2021.04.17CEST14:05:34

2010A&A...515A.108S - Astronomy and Astrophysics, volume 515, A108-108 (2010/6-1)

The O I] 1641 Å line as a probe of symbiotic star winds.

SHORE S.N. and WAHLGREN G.M.

Abstract (from CDS):

The neutral oxygen resonance λ1302Å line can, if the optical depth is sufficiently high, de-excite by an intercombination transition at λ1641Å to a metastable state. This has been noted in a number of previous studies but never systematically investigated as a diagnostic of the neutral red giant wind in symbiotic stars and symbiotic-like recurrent novae. We used archival IUE high resolution, and HST GHRS and STIS medium and high resolution, spectra to study a sample of symbiotic stars. The integrated fluxes were measured, where possible, for the OI λ1302Å and OI] λ1641Å lines. The intercombination λ1641Å line is detected in a substantial number of symbiotic stars with optical depths that give column densities comparable with direct eclipse measures (EG And) and the evolution of the recurrent nova RS Oph 1985 in outburst. In four systems (EG And, Z And, V1016 Cyg, and RR Tel), we find that the OI] variations are strongly correlated with the optical light curve and outburst activity. This transition can also be important for the study of a wide variety of sources in which an ionization-bounded H II region is imbedded in an extensive neutral medium, including active galactic nuclei, and not only for evaluations of extinction.

Abstract Copyright:

Journal keyword(s): binaries: symbiotic - atomic processes - galaxies: active - circumstellar matter

Simbad objects: 30

goto Full paper

goto View the reference in ADS

Number of rows : 30

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 V* EG And Sy* 00 44 37.1876042586 +40 40 45.703033630 10.54 8.93 7.22     M2.4III 270 0
2 V* AX Per Sy* 01 36 22.6996835649 +54 15 02.411289057   11.45 10.67 11.04   M3IIIep+A0 279 1
3 * alf Tau LP? 04 35 55.23907 +16 30 33.4885 4.32 2.40 0.86 -0.37 -1.31 K5+III 1193 1
4 V* BX Mon Sy* 07 25 22.7618908461 -03 35 50.641920234   12.27 11.24 10.92   M5/6IIIe 107 1
5 V* RX Pup Sy* 08 14 12.3036011353 -41 42 29.086820756   12.39 9.00     M5.5 193 1
6 V* SY Mus Sy* 11 32 09.9958009466 -65 25 11.458645897   11.97 10.20     M4 157 0
7 V* RW Hya Sy* 13 34 18.1290422733 -25 22 48.885732567   11.51 10.00     M1/2IIIe 190 0
8 V* T CrB Sy* 15 59 30.1619486506 +25 55 12.607985109   11.516 10.247 9.70   M3IIIe_sh 663 0
9 V* AG Dra Sy* 16 01 41.0125687664 +66 48 10.131181273 11.50 11.06 9.74 8.52   K3IIIep 479 0
10 V* KX TrA Sy* 16 44 35.4675096233 -62 37 14.057715396   11.91 11.38 12.33   M6 94 1
11 EM* AS 210 Sy* 16 51 20.41 -26 00 26.7   11.5 11.9     ~ 70 1
12 V* HK Sco Sy* 16 54 41.0394837819 -30 23 06.885678328     13.50     ~ 35 0
13 V* CL Sco Sy* 16 54 51.9703959046 -30 37 18.265275485   12.59 11.98 12.24   M4 57 0
14 V* AE Ara Sy* 17 41 04.9192760059 -47 03 27.195993613   12.16 11.63 12.74   M2-5.5+Be 67 1
15 V* RS Oph No* 17 50 13.1592776879 -06 42 28.481553668   12.29 4.30     OB+M2ep 943 0
16 V* Y CrA Sy* 18 14 22.9509921769 -42 50 32.318792040     13.30     M6 43 1
17 V* FG Ser Sy* 18 15 07.1024604258 -00 18 52.284453619     11.87     M3e 108 0
18 V* AR Pav EB* 18 20 27.8818737427 -66 04 42.931712420   11.36 7.40     B1 146 0
19 EM* MWC 603 Sy* 18 22 07.8547728418 +23 27 19.933241936   12.34 11.52     M3ep+O 114 0
20 V* BF Cyg Sy* 19 23 53.5009795759 +29 40 29.173306238   10.52 9.30     Bep+M5III 269 0
21 V* CH Cyg Sy* 19 24 33.0697620341 +50 14 29.057625755 8.14 8.77 7.08   5.345 M7IIIab+Be 745 0
22 V* HM Sge Sy* 19 41 57.0758884476 +16 44 39.856454738   12.38 11.10     M7 439 1
23 V* CI Cyg EB* 19 50 11.8344401438 +35 41 03.000692799   11.97 9.90     Bep+M5III 410 0
24 EM* AS 373 Sy* 19 57 05.0184580246 +39 49 36.085051314     11.50   10.592 M6/8e 571 0
25 V* RR Tel Sy* 20 04 18.5382966387 -55 43 33.154224077 9.93 11.33 10.81     WN3-6.5+M3.5-7 518 0
26 V* V1329 Cyg Sy* 20 51 01.2322054447 +35 34 54.111427235           M4IIIe 296 2
27 EM* StHA 190 Sy* 21 41 44.8880611733 +02 43 54.409367196   11.13 10.22     G5e 42 0
28 V* AG Peg Sy* 21 51 01.9733955799 +12 37 32.124041390   6.76 6.00     M3IIIe 495 0
29 V* Z And Sy* 23 33 39.9551345051 +48 49 05.973842875 8.86 9.35 8.00     M2III+B1eq 505 0
30 V* R Aqr Sy* 23 43 49.4629939776 -15 17 04.184232557   8.823 7.683 9.37   M6.5-8.5e 750 0

    Equat.    Gal    SGal    Ecl

To bookmark this query, right click on this link: simbad:objects in 2010A&A...515A.108S and select 'bookmark this link' or equivalent in the popup menu


2021.04.17-14:05:34

© Université de Strasbourg/CNRS

    • Contact