V. Kopchenov

发表

Kinetic analysis of n-decane–hydrogen blend combustion in premixed and non-premixed supersonic flows

A. Starik, N. Titova, S. A. Torokhov, 2016 .

Numerical analysis of combustion of a hydrogen–air mixture in an advanced ramjet combustor model during activation of O2 molecules by resonant laser radiation

A. Starik, N. Titova, L. Bezgin, 2017 .

Evaluation of Prediction Ability of Detailed Reaction Mechanisms in the Combustion Performance in Hydrogen/Air Supersonic Flows

A. M. Starik, A. Sharipov, A. Starik, 2013 .

The promotion of ignition in a supersonic H2–air mixing layer by laser-induced excitation of O2 molecules: Numerical study

A. Starik, N. Titova, L. Bezgin, 2009 .

Numerical study of combustion initiation in a supersonic flow of H2–air mixture by resonance laser radiation

N. Titova, A. M. Starik, P. Kuleshov, 2012 .

Modeling Study of Pulsed and Continuous Detonation in Propane / Air Mixture

A. Starik, N. Titova, P. Kuleshov, 2015 .

Numerical analysis of combustion of a hydrogen–air mixture in an advanced ramjet combustor model during activation of O2 molecules by resonant laser radiation

N. Titova, A. M. Starik, L. Bezgin, 2017, Combustion, Explosion, and Shock Waves.

Initiation of diffusion combustion in a supersonic flow of H2–air mixture by electrical-discharge-excited oxygen molecules

N. Titova, A. M. Starik, L. Bezgin, 2008 .

Control of combustion by generation of singlet oxygen molecules in electrical discharge

V. V. Naumov, A. Starik, N. Titova, 2006 .

SOME NUMERICAL INVESTIGATION RESULTS OF SHOCK-INDUCED COMBUSTION

O. Gouskov, V. I. Kopchenov, L. Bezgin, 1998 .

Numerical study of the enhancement of combustion performance in a scramjet combustor due to injection of electric-discharge-activated oxygen molecules

Boris I. Loukhovitski, A. Sharipov, A. Starik, 2013, Plasma Sources Science and Technology.

Hypersonic Flow Past the Spherical Nose of a Body in the Presence of a Magnetic Field

V. A. Bityurin, A. B. Vatazhin, A. Vatazhin, 2004 .

Numerical Study of Homogenous Nucleation of Boron Oxide Vapor in Laval Nozzles

N. Titova, V. Kopchenov, A. M. Savel’ev, 2021, Combustion, Explosion, and Shock Waves.

Numerical Study of Formation of a Detonation Wave in a Supersonic Flow over a Wedge by an H2-O2 Mixture with Nonequilibrium Excitation of Molecular Vibrations of Reagents

A. Starik, N. Titova, L. Bezgin, 2006 .

A monotonic second-order difference scheme for hyperbolic systems with two independent variables*

A. N. Kraiko, V. Kopchenov, 1983 .

Mixing Processes of Supersonic Flows in a Model Duct of a Rocket Scramjet Engine

A. Kharitonov, V. Kopchenov, A. Lokotko, 2000 .

Estimation of possibility of use of MHD control in scramjet

O. Gouskov, A. Vatazhin, A. Vatazhin, 1999 .

Flamelet Model Application for Non-Premixed Turbulent Combustion

A. Secundov, Y. Buriko, D. Volkov, 1996 .

Verification and Improvement of Flamelet Approach for Non-Premixed Flames

Y. Buriko, D. Volkov, S. Zaitsev, 1997 .

Some estimations of possibility to use the MHD control for hypersonic flow deceleration

O. Gouskov, A. Vatazhin, A. Vatazhin, 1999 .

Numerical and experimental investigation of supersonic mixing and combustion

A. Shutov, V. Kopchenov, A. Prokhorov, 2001 .

NUMERICAL INVESTIGATION OF HYPERSONIC INVISCID AND VISCOUS FLOW DECELERATION BY MAGNETIC FIELD

A. Vatazhin, V. Kopchenov, O. Gouskov, 2006 .

SOME POSSIBILITIES OF MHD CONTROL OF FLOW AT HYPERSONIC INLET

A. Vatazhin, V. Kopchenov, O. Gouskov, 2006 .

7. NUMERICAL INVESTIGATION OF HYPERSONIC INLETS CONTROL BY MAGNETIC FIELD

A. Vatazhin, V. Kopchenov, O. Gouskov, 2006 .

Problem of Deceleration of a Supersonic Conducting Channel Flow by a Magnetic Field

A. Vatazhin, V. A. Likhter, V. Kopchenov, 1998 .