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Experimental Study of the Radiative Characteristics of Shock-Heated Air in the Ultraviolet and Visible Spectral Regions

Fluid dynamics, 2022-12, Vol.57 (6), p.780-788

2022

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Radiation Characteristics of Shock-Heated Air in the Visible and Infrared Spectral Ranges

Fluid dynamics, 2023-10, Vol.58 (5), p.960-967

2023

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Excitation and Emission of Argon behind the Front of Shock Waves at Velocities of 4.5–7.8 km/s: II. The Analysis of Experimental Results

Fluid dynamics, 2022-12, Vol.57 (Suppl 1), p.S143-S150

2022

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Direct Statistical Monte Carlo Simulation of Argon Radiation Behind the Front of a Strong Shock Wave

Fluid dynamics, 2023-08, Vol.58 (4), p.759-772

2023

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Excitation and Emission of Argon behind the Front of Shock Waves at Velocities of 4.5–7.8 km/s: I. The Experimental Study

Fluid dynamics, 2022-12, Vol.57 (Suppl 1), p.S134-S142

2022

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Measurement of the Electron Concentration in the Vicinity of a Strong Shock Wave

Russian journal of physical chemistry. B, 2024-06, Vol.18 (3), p.725-731

2024

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Spectral Model for Calculation of Radiation Characteristics of a Shock-Heated Gas

Russian journal of physical chemistry. B, 2024-06, Vol.18 (3), p.732-739

2024

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Spectroscopic Measurement of Electron Concentration in Shock-Heated Gas

Journal of applied spectroscopy, 2024, Vol.91 (4), p.775-779

2024

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Numerical Investigation of Radiation in a Shock-Heated CO2 and N2 Mixture by the Direct Statistical Simulation Method

Fluid dynamics, 2023-12, Vol.58 (6), p.1156-1168

2023

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Calculation of Radiation Characteristics of Shock-Heated Air by the Direct Simulation Monte Carlo Method

Russian journal of physical chemistry. B, 2024, Vol.18 (4), p.945-951

2024

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Methods for Measuring the Electron Concentration in Shock Waves

Russian journal of physical chemistry. B, 2024, Vol.18 (4), p.934-944

2024

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Experimental Study of the Ignition of a Stoichiometric Propylene–Oxygen–Argon Mixture Behind a Reflected Shock Wave

Russian journal of physical chemistry. B, 2024, Vol.18 (4), p.1019-1024

2024

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Investigation of the Radiation Characteristics of High-Temperature Gases in Shock Tubes

Russian journal of physical chemistry. B, 2022-08, Vol.16 (4), p.642-654

2022

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Study of Radiation Characteristics of Shock-Heated Gases

Journal of engineering physics and thermophysics, 2023-11, Vol.96 (7), p.1828-1838

2023

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Emission of Shock-Heated Air in the Vacuum Ultraviolet Spectral Region

Russian journal of physical chemistry. B, 2023-10, Vol.17 (5), p.1152-1159

2023

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Argon Plasma Radiation Features at the Initial Stage behind a Shock Wave Front

Russian journal of physical chemistry. B, 2021, Vol.15 (1), p.56-62

2021

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Experimental study of air radiation behind a strong shock wave

Acta astronautica, 2022-05, Vol.194, p.461-467

2022

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Determination of the Electron Temperature of Shock-Heated Air from the Measured Radiation Intensities

Russian journal of physical chemistry. B, 2023-04, Vol.17 (2), p.463-470

2023

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Nonequilibrium radiation behind shock waves in oxygen at speeds up to 10 km/s

Journal of physics. Conference series, 2019-06, Vol.1250 (1), p.12017

2019

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Investigation of Ionization Processes Before A Strong Shock Wave

Russian journal of physical chemistry. B, 2023-10, Vol.17 (5), p.1160-1167

2023

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Technique for Recording the Intensity of the Emission of Gases behind the Front of Strong Shock Waves in the Region of Vacuum Ultraviolet Radiation

Russian journal of physical chemistry. B, 2022-10, Vol.16 (5), p.883-889

2022

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High-Temperature Ignition of Propane–Oxygen–Argon Mixtures in a Shock Tube at A Pressure of 30 Atm

Russian journal of physical chemistry. B, 2021-09, Vol.15 (5), p.827-832

2021

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Experimental Study of the Radiation Characteristics of a CO2–N2 Mixture Behind the Front of a Strong Shock Wave

Russian journal of physical chemistry. B, 2021-11, Vol.15 (6), p.989-994

2021

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Development of a Technique for Recording the Intensity of the Emission of Gases behind the Front of Strong Shock Waves

Russian journal of physical chemistry. B, 2021-07, Vol.15 (4), p.652-658

2021

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Detonation Initiation of Strong Shock Waves to Study the Radiation Characteristics of High-Temperature Gases

Russian journal of physical chemistry. B, 2021-11, Vol.15 (6), p.977-983

2021

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Experimental Study of the Radiative Characteristics of Shock-Heated Air in the Ultraviolet and Visible Spectral Regions

Radiation Characteristics of Shock-Heated Air in the Visible and Infrared Spectral Ranges

Excitation and Emission of Argon behind the Front of Shock Waves at Velocities of 4.5–7.8 km/s: II. The Analysis of Experimental Results

Direct Statistical Monte Carlo Simulation of Argon Radiation Behind the Front of a Strong Shock Wave

Excitation and Emission of Argon behind the Front of Shock Waves at Velocities of 4.5–7.8 km/s: I. The Experimental Study

Measurement of the Electron Concentration in the Vicinity of a Strong Shock Wave

Spectral Model for Calculation of Radiation Characteristics of a Shock-Heated Gas

Spectroscopic Measurement of Electron Concentration in Shock-Heated Gas

Numerical Investigation of Radiation in a Shock-Heated CO2 and N2 Mixture by the Direct Statistical Simulation Method

Calculation of Radiation Characteristics of Shock-Heated Air by the Direct Simulation Monte Carlo Method

Methods for Measuring the Electron Concentration in Shock Waves

Experimental Study of the Ignition of a Stoichiometric Propylene–Oxygen–Argon Mixture Behind a Reflected Shock Wave

Investigation of the Radiation Characteristics of High-Temperature Gases in Shock Tubes

Study of Radiation Characteristics of Shock-Heated Gases

Emission of Shock-Heated Air in the Vacuum Ultraviolet Spectral Region

Argon Plasma Radiation Features at the Initial Stage behind a Shock Wave Front

Experimental study of air radiation behind a strong shock wave

Determination of the Electron Temperature of Shock-Heated Air from the Measured Radiation Intensities

Nonequilibrium radiation behind shock waves in oxygen at speeds up to 10 km/s

Investigation of Ionization Processes Before A Strong Shock Wave

Technique for Recording the Intensity of the Emission of Gases behind the Front of Strong Shock Waves in the Region of Vacuum Ultraviolet Radiation

High-Temperature Ignition of Propane–Oxygen–Argon Mixtures in a Shock Tube at A Pressure of 30 Atm

Experimental Study of the Radiation Characteristics of a CO2–N2 Mixture Behind the Front of a Strong Shock Wave

Development of a Technique for Recording the Intensity of the Emission of Gases behind the Front of Strong Shock Waves

Detonation Initiation of Strong Shock Waves to Study the Radiation Characteristics of High-Temperature Gases

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