Vol. 57, No. 2, 2022
A Two-Dimensional Radiative Gasdynamic Model of the Aerophysics of Descent Space Capsules
p. S181 abstract
Computational Interpretation of Classical Rose–Stark Experimental Data
p. S204 abstract
Numerical Models of Electron Kinetics in the Problem of Transverse Flow around a Cylindrical Model by a Supersonic Gas Flow
p. S235 abstract
Methods for Calculation of Thermal Radiation Transfer in Computer Models of Aerophysics
p. S271 abstract
Numerical Simulation of Air Ionization in the RAM-C-II Flight Experiment
p. S279 abstract
An Analysis of Experimental Data on Air Ionization in a Compressed Layer near the Surface of a Spherically Blunted Cone at a Velocity about 5 km/s
p. S299 abstract
Radiative Gas Dynamics of the Orion Descent Space Capsule in the Earth’s Atmosphere
p. S321 abstract
The Radiative Gas Dynamics of a Descent Space Capsule under Conditions of Orbital and Superorbital Entry into the Earth’s Atmosphere
p. S339 abstract
Problems of Radiative Gas Dynamics in the Fire-II Space Experiment
p. S401 abstract
The Radiative Gas Dynamics of the Stardust Spacecraft
p. S453 abstract
The Role of the Spectral Lines of Atoms and Ions in Radiative Heating of the Surfaces of Space Capsules
p. S476 abstract
Comparison of Calculation Data on the Radiative and Convective Heating of Space Capsules Obtained with Correlation and Computer Models
p. S497 abstract
The Radiative Gas Dynamics of the Apollo-4 Command Module during Superorbital Earth Entry
p. S515 abstract
The Radiative Gas Dynamics of Spherical Spacecraft in the Martian Atmosphere
p. S544 abstract
The Radiative Gas Dynamics of Spacecraft in the Martian Atmosphere
p. S572 abstract
Application of Quasistationary eRC-Models for Calculating Nonequilibrium Radiation of Shock Waves at Velocities of Approximately 10 km/s
p. S594 abstract