Search Results - "Arsentiev, I. V."

On the Influence of Discharge Parameters on the Kinetics of the Plasma-Assisted Combustion of Synthesis Gas in Air by Arsentiev, I. V.

“…The plasma-assisted ignition of a mixture of synthesis gas in air is considered, when either the air or synthesis gas is exposed to the discharge after which…”
Get full text

Modelling of vibrational nonequilibrium effects on the H2–air mixture ignition under shock wave conditions in the state-to-state and mode approximations by Kadochnikov, I. N., Arsentiev, I. V.

“…Kinetics of physicochemical processes occurring during combustion of a hydrogen–air mixture initiated by a shock wave was studied using state-to-state and mode…”
Get full text

Treatment of the Thermal Nonequilibrium and Ionization Effects on the Refractive Index of a Reacting Gas: Atmospheric Air and Combustion Products by Loukhovitski, B. I., Kadochnikov, I. N., Arsentiev, I. V., Sharipov, A. S.

“…Using thermal nonequilibrium physicochemical kinetics models, which make it possible to numerically study the reacting gas flows with allowance for the…”
Get full text

Numerical analysis of H2 formation during partial oxidation of H2S H2O upon activation of oxidizer by an electric discharge by Arsentiev, I.V., Savelieva, V.A., Titova, N.S.

Get full text

Application of state-to-state approach in estimation of thermally nonequilibrium reaction rate constants in mode approximation by Arsentiev, I.V., Loukhovitski, B.I., Starik, A.M.

“…A model to calculate nonequilibrium factor and vibrational energy lost by molecules of reagents and energy released into vibrations of product molecules in the…”
Get full text