Add to ORKGAbstract: New model for a numerical study of the ionizing gas flows in the channel of the quasi-steady plasma accelerator is presented. The model is based on the modified MHD equations for a medium consisting of atoms, electrons and ions, taking into account the electrical conductivity and thermal conductivity of a multicomponent medium, as well as the equations of level kinetics and the equation of radiation transport.Note: Research direction:Mathematical modelling in actual problems of science and technic
Energy and space propulsion are two of the largest applied research areas requiring contributions fr...
1D and time-dependent multi-fluid plasma models are derived from multi-fluid MHD equations. Includin...
A multi-physics computational framework is developed to simulate dense, high-ionization fraction pla...
Abstract: Research of the ionizing gas flows and the process of ionization of nitrogen in ...
Abstract: Research of radiation transport in the ionizing gas streams in channel and the c...
Abstract: The paper deals with the model and results of corresponding mathematical simulat...
Abstract: Research of the non-stationary pulsing modes of the ionizing gas flow is carried...
Abstract: The theoretical approach in research of the ionizing gas flow with formation of ...
Abstract: Research of the radiation transport in an ionizing gas streams with formation of...
Abstract: The paper deals with the results of mathematical simulation of quasionedimension...
Abstract: Algorithms for solving the problem of radiation transport are developed based on...
Abstract: The mathematical modeling of the ionizing radiation’s electromagnetic fields in ...
Abstract: In work the physical and mathematical model of the non-equilibrium microwave dis...
A two-dimensional, two fluid model of the MHD equations has been coupled to a Monte Carlo transport ...
Abstract: The kinetic equation for low energy electrons, which appears in the gas under th...
Energy and space propulsion are two of the largest applied research areas requiring contributions fr...
1D and time-dependent multi-fluid plasma models are derived from multi-fluid MHD equations. Includin...
A multi-physics computational framework is developed to simulate dense, high-ionization fraction pla...
Abstract: Research of the ionizing gas flows and the process of ionization of nitrogen in ...
Abstract: Research of radiation transport in the ionizing gas streams in channel and the c...
Abstract: The paper deals with the model and results of corresponding mathematical simulat...
Abstract: Research of the non-stationary pulsing modes of the ionizing gas flow is carried...
Abstract: The theoretical approach in research of the ionizing gas flow with formation of ...
Abstract: Research of the radiation transport in an ionizing gas streams with formation of...
Abstract: The paper deals with the results of mathematical simulation of quasionedimension...
Abstract: Algorithms for solving the problem of radiation transport are developed based on...
Abstract: The mathematical modeling of the ionizing radiation’s electromagnetic fields in ...
Abstract: In work the physical and mathematical model of the non-equilibrium microwave dis...
A two-dimensional, two fluid model of the MHD equations has been coupled to a Monte Carlo transport ...
Abstract: The kinetic equation for low energy electrons, which appears in the gas under th...
Energy and space propulsion are two of the largest applied research areas requiring contributions fr...
1D and time-dependent multi-fluid plasma models are derived from multi-fluid MHD equations. Includin...
A multi-physics computational framework is developed to simulate dense, high-ionization fraction pla...