55 citations · 237 across the 13 of their papers we have counts for
6 papers · 1 filter
The structure of radiative shock waves. V. Hydrogen emission lines
Yu. A. Fadeyev, D. Gillet
We considered the structure of steady-state plane-parallel radiative shock waves propagating through the partially ionized hydrogen gas of temperature T_1 = 3000K and density 1e-12…
Tomography of the atmosphere of long-period variable stars
A. Jorissen, M. Dedecker, B. Plez +2
This paper reviews the results obtained so far with the newly developed tomographic technique, which probes the velocity field across the atmosphere of long-period variable (LPV) s…
The Structure of Radiative Shock Waves. IV. Effects of Electron Thermal Conduction
Yu. A. Fadeyev, H. Le Coroller, D. Gillet
We considered the structure of steady-state radiative shock waves propagating in the partially ionized hydrogen gas with density rho1 = 1e-10 gm/cm^3 and temperature 3000K <= T1 <=…
Envelope tomography of long-period variable stars II. Method
R. Alvarez, A. Jorissen, B. Plez +3
A tomographic method is described that makes it possible to follow the propagation of shock waves across the photosphere of long-period variable stars. The method relies on the cor…
The structure of radiative shock waves. III. The model grid for partially ionized hydrogen gas
Yu. A. Fadeyev, D. Gillet
The grid of the models of radiative shock waves propagating through partially ionized hydrogen gas with temperature 3000K <= T_1 <= 8000K and density 10^{-12} gm/cm^3 <= ρ_1 <= 10^…
Envelope tomography of long-period variable stars: I. The Schwarzschild mechanism and the Balmer emission lines
R. Alvarez, A. Jorissen, B. Plez +2
This paper is the first one in a series devoted to the study of the dynamics of the atmospheres of long-period variable stars. Results from a two-month-long monitoring of the Mira…