Search
Search Results
-
Radiative Losses of Heavy Charged Particles on Multielectron Impurity Ions in Thermonuclear Plasma
AbstractThe statistical method is applied to calculate the new channel of radiative losses of alpha particles, deuterons, and tritons when exciting...
-
Relaxation Dynamics of Free Carriers
The generation of electron-hole pairs by optical absorption of photons from an excitation source like a pulsed or cw laser leads to a non-equilibrium...
-
Radiative Losses of Deuterons, Tritons, and Alpha Particles on Tungsten Ions in the Plasma of the ITER and EU-DEMO Tokamaks
Integral radiative losses of deuterons, tritons, and alpha particles on impurity tungsten ions have been calculated for the first time within the...
-
Anomalous Radiative Heating of a Metal Particle Moving Near a Metal Plate
The rate of radiative heating (cooling) of a metal nanoparticle moving near the surface of a metal plate at low temperatures (1–10 K) of both bodies...
-
Low-energy radiative backgrounds in CCD-based dark-matter detectors
The reach of sub-GeV dark-matter detectors is at present severely affected by low-energy events from various origins. We present the theoretical...
-
The Radiative Gas Dynamics of Spacecraft in the Martian Atmosphere
AbstractThe problems of the radiative gas dynamics of the Martian space vehicles MSRO , Pathfinder , and Exomars-2016 are solved using the author’s...
-
Radiative–Convective Heating of the Surface of the Martian Descent Vehicle MSL with Taking into Account the Turbulent Nature of Flow
AbstractThe three-dimensional computer model based on the Reynolds-averaged Navier–Stokes equations together with the Baldwin–Lomax and Prandtl...
-
The Radiative Gas Dynamics of Spherical Spacecraft in the Martian Atmosphere
AbstractThe problem of radiative-convective heat transfer of spacecraft of the simplest shape in Martian atmosphere is solved. Selection of spherical...
-
Molecular data needs for advanced collisional-radiative modelling for hydrogen plasmas
Population models for molecular hydrogen (H 2 ) are applicable in various fields of plasma physics and particularly in fusion research: they are...
-
Radiative suppression of exciton–exciton annihilation in a two-dimensional semiconductor
Two-dimensional (2D) semiconductors possess strongly bound excitons, opening novel opportunities for engineering light–matter interaction at the...
-
The Radiative Gas Dynamics of the Stardust Spacecraft
AbstractThe calculation results of radiative-convective heating of the Stardust spacecraft obtained by the NERAT(2D)+ASTEROID computer code. The...
-
-
Radiative Gas Dynamics of the Orion Descent Space Capsule in the Earth’s Atmosphere
AbstractIn this paper, we present the results of a numerical study of the radiative gas dynamics of the large-scale Orion spacecraft for the...
-
The Radiative Gas Dynamics of the Apollo-4 Command Module during Superorbital Earth Entry
AbstractThe problem of the radiative gas dynamics of superorbital entry of the Apollo-4 command module into the Earth’s dense atmosphere has been...
-
Analysis of the Flight Data on Convective and Radiative Heating of the Surface of Martian Schiaparelli Descent Space Vehicle
AbstractRadiative aerothermodynamics of the Schiaparelli descent space vehicle are investigated numerically at some characteristic trajectory points...
-
A Two-Dimensional Radiative Gasdynamic Model of the Aerophysics of Descent Space Capsules
AbstractA computational-theoretical method for the study of radiative gas dynamics and aerophysics of descent space capsules (SCs) designed to enter...
-
Problems of Radiative Gas Dynamics in the Fire-II Space Experiment
AbstractThe results of a systematic numerical analysis of the experimental data of the Fire-II flight experiment and a consideration of the results...
-
The Radiative Gas Dynamics of a Descent Space Capsule under Conditions of Orbital and Superorbital Entry into the Earth’s Atmosphere
Abstract —The radiative aerothermodynamics of a large-scale segmental-conical spacecraft (SCSC) entering the dense layers of the Earth’s atmosphere at...
-
Comparison of Calculation Data on the Radiative and Convective Heating of Space Capsules Obtained with Correlation and Computer Models
AbstractThe results of testing correlation dependences that are intended to compute the convective and radiative heating of space capsules based on...
-
The Role of the Spectral Lines of Atoms and Ions in Radiative Heating of the Surfaces of Space Capsules
AbstractThis paper presents the results of two-dimensional calculations of the radiative heating of the Fire-II , Stardust , and Orion space capsules...
