12 citations · 21 across the 5 of their papers we have counts for
5 papers
On the Origin of Optical Radiation During the Impulsive Phase of Flares on dMe Stars. II. Continuum and Line Radiation
E. S. Morchenko
It is argued that not only the blue (at the brightness maximum) but also the red (in the slow decay phase) components of the optical continuum of powerful flares on dMe stars are f…
On the Origin of Optical Radiation during the Impulsive Phase of Flares on dMe Stars. I. Discussion of Gas Dynamic Models
E. S. Morchenko
In connection with a published critique, the author justifies the use of a motionless homogeneous plane layer of pure hydrogen plasma that is near local thermodynamic equilibrium (…
Origin of the Blue Continuum Radiation in the Flare Spectra of dMe stars
E. S. Morchenko
Calculations of the emission spectrum of a homogeneous plane layer of pure hydrogen plasma taking into account nonlinear effects (the influence of bremsstrahlung and recombination…
Continuum and Line Emission of Flares on Red Dwarf Stars: Origin of the Blue Continuum Radiation
E. S. Morchenko
There are two types of models that explain the appearance of the quasi-blackbody radiation during the impulsive phase of stellar flares. Grinin and Sobolev [Astrophysics, Vol. 13,…
Continuum and line emission of flares on red dwarf stars
Egor Morchenko, Konstantin Bychkov, Moisey Livshits
The emission spectrum has been calculated of a homogeneous pure hydrogen layer, which parameters are typical for a flare on a red dwarf. The ionization and excitation states were d…