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Ilya V. Arsentiev

Observed names: I V Arsentiev, I. V. ARSENTIEV, I. V. Arsentiev, I. V. Arsent’ev, I.V. Arsentiev, Ilya Arsentiev, И. В. АРСЕНТЬЕВ, И.В. АРСЕНТЬЕВ
ORCID: 0000-0001-7904-9592
Observed ORCID: 0000-0001-7904-9592
OpenAlex ID: A5090723263
Comprehensive analysis of the effect of atomic and molecular metastable state excitation on air plasma composition behind strong shock waves
2009 · A M Starik, N S Titova, et al. · Plasma Sources Science and Technology · 63
Kinetics of nonequilibrium processes in air plasma formed behind shock waves: state-to-state consideration
2018 · I N Kadochnikov, I V Arsentiev · Journal of Physics D Applied Physics · 41
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Application of state-to-state approach in estimation of thermally nonequilibrium reaction rate constants in mode approximation
2011 · I.V. Arsentiev, B.I. Loukhovitski, et al. · Chemical Physics · 36
Modelling of vibrational nonequilibrium effects on the H2–air mixture ignition under shock wave conditions in the state-to-state and mode approximations
2020 · I. N. Kadochnikov, I. V. Arsentiev · Shock Waves · 21
State-to-state vibrational kinetics of diatomic molecules in laser-induced ignition of a syngas-air mixture: Modeling study
2022 · Ilya N. Kadochnikov, Ilya V. Arsentiev, et al. · Chemical Physics · 10
On the Refractive Index of a Gas under High-Thermal-Nonequilibrium Conditions
2020 · B. I. Lukhovitskii, A. S. Sharipov, et al. · Journal of Engineering Physics and Thermophysics · 6
Numerical Study of Syngas Production during Partial Oxidation of Sour Natural Gases upon Activation of Oxygen by an Electrical Discharge
2019 · Vera A. Savelieva, Nataliya S. Titova, et al. · Energy & Fuels · 5
Numerical analysis of H2 formation during partial oxidation of H2S H2O upon activation of oxidizer by an electric discharge
2018 · I.V. Arsentiev, V.A. Savelieva, et al. · International Journal of Hydrogen Energy · 4
Theoretical and Experimental Determination of the Rate Constant of the Nonadiabatic Chemiluminescent Reaction H + O + N2 = OH* + N2
2024 · B. I. Lukhovitskii, A. S. Sharipov, et al. · Journal of Engineering Physics and Thermophysics · 3
Treatment of the Thermal Nonequilibrium and Ionization Effects on the Refractive Index of a Reacting Gas: Atmospheric Air and Combustion Products
2024 · B. I. Loukhovitski, I. N. Kadochnikov, et al. · Fluid Dynamics · 2
Refinement of the vibrationally nonequilibrium model using single-trajectory molecular dynamics calculations applied to syngas ignition behind a shock wave
2021 · I.V. Arsentiev, A.S. Sharipov, et al. · Aviation Engines · 2
State-to-State Rate Constants for the O(3P)H2(v) System: Quasiclassical Trajectory Calculations
2024 · Alexey Pelevkin, Ilya Arsentiev, et al. · Fire · 1
On the Influence of Discharge Parameters on the Kinetics of the Plasma-Assisted Combustion of Synthesis Gas in Air
2023 · I. V. Arsentiev · Fluid Dynamics · 1
On the influence of discharge parameters on thekinetics of plasma-assisted combustion of synthesis gas in air
2021 · I.V. Arsentiev · Physical-Chemical Kinetics in Gas Dynamics · 1
Ignition of a syngas/air mixture intensified by an electrical discharge in air: Experiment and modelling
2020 · Ilya Arsentiev, Vitaly Kobtsev, et al. · AIP conference proceedings · 1
Numerical study of H2S-H2O-air mixture conversion to hydrogen via activation of air by an electric discharge
2018 · Ilya Arsentiev, Vera Savelieva, et al. · MATEC Web of Conferences · 1
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Расчет Поуровневых Констант Скорости Для Системы O(3p) + H2(v) Методом Квазиклассических Траекторий
2024 · Центральный институт авиационного моторостроения им. П. И. Баранова, А.В. ПЕЛЕВКИН, et al.
Теоретико-экспериментальное Определение Константы Скорости Неадиабатической Хемилюминесцентной Реакции H + O + N2 = Oh* + N2
2024 · Центральный институт авиационного моторостроения им. П. И. Баранова, Б.И. ЛУХОВИЦКИЙ, et al.
Учет Эффективности Колебательной Энергии В Преодолении Энергетических Барьеров Реакций В Уровневых Моделях
2022 · Центральный институт авиационного моторостроения им. П. И. Баранова, И. Н. КАДОЧНИКОВ, et al.
Взаимодействие Водородосодержащих Молекул С Электронно-возбужденным Co: Исследование Из Первых Принципов
2022 · ЦИАМ им. П. И. Баранова, А. В. ПЕЛЕВКИН, et al.
State-to-state Model for Hydrogenair Combustion
2020 · I.N. KADOCHNIKOV, I. V. ARSENTIEV
Influence of Nonequilibrium Factors of Key Reactions on Synthesis Gas Ignition
2020 · I. V. ARSENTIEV, I. N. KADOCHNIKOV
Syngas/air Mixture Induction Length Reduction in the Flow Reactor Experiments Due to the Exposure of Nitrogen and Air to the Glow Discharge
2020 · I. V. Arsentiev, V. D. Kobtsev, et al.
State-to-state Model for Hydrogen-air Combustion
2020 · I. N. Kadochnikov, I. V. Arsentiev
Influence of Nonequilibrium Factors of Key Reactions on Synthesis Gas Ignition
2020 · I. V. Arsentiev, I. N. Kadochnikov
Works count: 29
Citation count: 198
H-index: 6
I10-index: 5
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