All Stories

  1. Non-equilibrium CO2 kinetics: Assessment of advanced multi-temperature models of vibrational–chemical relaxation
  2. State-to-state collision integrals and transport coefficients in oxygen mixtures
  3. Effect of the Variable Molecular Diameter on the Viscosity Coefficient in the State-Specific Approximation
  4. Limits of Applicability of the Treanor–Marrone Model for State-Specific Dissociation Rate Coefficients of N2 and O2
  5. Validation of State-to-State Models of Vibrational–Chemical Kinetics in the Problem of Air Relaxation in the Afterglow
  6. Simulation of Microwave Discharge in a Surfatron in Argon Flow at Atmospheric Pressure
  7. Influence of variable molecular diameters on vibrational–electronic state-specific transport coefficients
  8. Multitemperature slip boundary conditions: Closed theoretical formulation for non-equilibrium reacting gas flows
  9. Vibrationally state-resolved rotational relaxation time
  10. Numerical Solution to Couette Problem for Monatomic Gas Flow in Slip Regime
  11. Shock wave structure in binary mixtures of CO2 with noble gases
  12. Comparative Analysis of Kinetic Schemes for Simulating DC Micro-Discharges in Helium: from Glow to ARC
  13. Prediction of State-to-State Dissociation Rate Coefficients Using Machine-Learning Algorithms
  14. Simulation of Shock Waves in Methane: A Self-Consistent Continuum Approach Enhanced Using Machine Learning
  15. Effect of exchange reactions and no vibrational excitation on shock-heated air component flows
  16. Reflected shock waves in air components and their mixtures: Validation of theoretical models
  17. Slip boundary conditions for gas mixture flows with state-to-state vibrational-chemical kinetics
  18. Different approaches for simulating heat and radiative fluxes in planetary entry problems
  19. State-to-state oxygen kinetics behind reflected shock waves: Assessment of different approaches
  20. Effect of Exchange Reactions and No Vibrational Excitation on Shock-Heated Air Component Flows
  21. Simulation of filamentation dynamics of microwave discharge in nitrogen
  22. Scientific School of Nonequilibrium Aeromechanics at St. Petersburg State University
  23. EFFECT OF SLIP BOUNDARY CONDITIONS ON NONEQUILIBRIUM REACTING AIR FLOWS
  24. State-specific slip boundary conditions in non-equilibrium gas flows: Theoretical models and their assessment
  25. Evaluation of state-specific transport properties using machine learning methods
  26. Modeling of Nonequilibrium Processes behind a Shock Wave in a Mixture of Carbon Dioxide and Argon
  27. Continuum Models for Bulk Viscosity and Relaxation in Polyatomic Gases
  28. Heat and Radiative Fluxes in Strongly Nonequilibrium Flows Behind Shock Waves
  29. Neural-Network-Based Approach to the Description of Vibrational Kinetics of Carbon Dioxide
  30. Refinement of State-Resolved Models for Chemical Kinetics Using the Data of Trajectory Calculations
  31. Kinetic and Continuum Modeling of High-Temperature Air Relaxation
  32. Assessment of multi-temperature relaxation models for carbon dioxide vibrational kinetics
  33. Modeling of State-to-State Oxygen Kinetics behind Reflected Shock Waves
  34. Impact of electronic excitation on the state-to-state vibrational-chemical CO kinetics
  35. Boundary Conditions for Fluid-Dynamic Parameters of a Single-Component Gas Flow with Vibrational Deactivation on a Solid Wall
  36. Kinetic and Continuum Modeling of High-Temperature Oxygen and Nitrogen Binary Mixtures
  37. State-specific boundary conditions for nonequilibrium gas flows in slip regime
  38. Assessment of Machine Learning Methods for State-to-State Approach in Nonequilibrium Flow Simulations
  39. Modeling the Vibrational Relaxation Rate Using Machine-Learning Methods
  40. Editorial: Thermal and Non-Thermal Plasmas at Atmospheric Pressure
  41. Hybrid approach to accurate modeling of coupled vibrational-chemical kinetics in carbon dioxide
  42. Extended continuum models for shock waves in CO2
  43. Advances in non-equilibrium $$\hbox {CO}_2$$ plasma kinetics: a theoretical and experimental review
  44. Generalized model for state-resolved chemical reaction rate coefficients in high-temperature air
  45. Investigation of shock wave structure in CO2based on the continuum and DSMC approaches
  46. PAINeT: Implementation of neural networks for transport coefficients calculation
  47. Preface: International Scientific Conference on Mechanics «The Ninth Polyakhov’s Reading»
  48. Simulations of CO2 multi-temperature vibrational kinetics on the basis of new relaxation time models
  49. State-to-state modeling of oxygen relaxation taking into account electron kinetics
  50. Novel approach for evaluation of CO2 vibrational relaxation times
  51. Dynamics of plasma formation and gas heating in a focused-microwave discharge in nitrogen
  52. Four-temperature kinetic model for CO2 vibrational relaxation
  53. Calculation of vibrational relaxation times in carbon dioxide using forced harmonic oscillator model
  54. Vibrational relaxation of carbon dioxide in state-to-state and multi-temperature approaches
  55. Models validation and code profiling in state-to-state simulations of shock heated air flows
  56. Correction to “State-Resolved Dissociation and Exchange Reactions in CO2 Flows”
  57. Influence of angular momentum on transport coefficients in rarefied gases
  58. Multi-temperature vibrational energy relaxation rates in CO2
  59. Improvement of the Landau-Teller model for CO2 on the basis of the Chapman–Enskog method
  60. State-resolved and two-temperature rate coefficients for CO+CO=CO2+C reaction
  61. Numerical Simulations of Shock Waves in Viscous Carbon Dioxide Flows Using Finite Volume Method
  62. State-Resolved Dissociation and Exchange Reactions in CO2 Flows
  63. Dynamics of Focused Pulsed Microwave Discharge in Air
  64. Relaxation processes in carbon dioxide
  65. Assessment of recent thermo-chemical relaxation models using the DLR-TAU code
  66. Models for bulk viscosity in carbon dioxide
  67. Overview and perspectives of KAPPA library
  68. Rotational Energy Relaxation Time for Vibrationally Excited Molecules
  69. Shock waves in carbon dioxide: Simulations using different kinetic-theory models
  70. State-resolved models of vibration-dissociation coupling in carbon dioxide
  71. State-resolved transport properties of atomic and molecular mixtures
  72. KAPPA: Kinetic approach to physical processes in atmospheres library in C++
  73. Effect of Asymmetric Mode on CO2 State-to-State Vibrational-Chemical Kinetics
  74. Mechanisms of Coupled Vibrational Relaxation and Dissociation in Carbon Dioxide
  75. Kinetics of CO Molecules Taking into Account Resonant VE Exchanges in a Nonequilibrium Nozzle Flow
  76. Validation of vibration-dissociation coupling models in hypersonic non-equilibrium separated flows
  77. Rate coefficients of exchange reactions accounting for vibrational excitation of reagents and products
  78. State-specific transport properties of electronically excited Ar and C
  79. The influence of vibrational state-resolved transport coefficients on the wave propagation in diatomic gases
  80. Various continuum approaches for studying shock wave structure in carbon dioxide
  81. On the applicability of simplified state-to-state models of transport coefficients
  82. Spatially homogeneous relaxation of CO molecules with resonant VE transitions
  83. State-specific transport properties of partially ionized flows of electronically excited atomic gases
  84. Transport coefficients and heat fluxes in non-equilibrium high-temperature flows with electronic excitation
  85. Advanced Models for Vibrational and Chemical Kinetics Applied to Mars Entry Aerothermodynamics
  86. Inverse Laplace transformation for evaluation of state-specific cross sections for dissociation reaction and vibrational energy transitions
  87. Generalized Treanor–Marrone model for state-specific dissociation rate coefficients
  88. Mutual effect of vibrational relaxation and chemical reactions in viscous multitemperature flows
  89. Development and testing of a numerical simulation method for thermally nonequilibrium dissociating flows in ANSYS Fluent
  90. Advanced models for vibrational–chemical coupling in multi-temperature flows
  91. Effect of electronic excitation on high-temperature flows of ionized nitrogen and oxygen mixtures behind strong shock waves
  92. Heat and mass transfer in reacting mixtures: Molecular dynamics and kinetic theory approaches
  93. Improvement of simple models for state-to-state and multi-temperature reaction rate coefficients
  94. Influence of state-to-state vibrational distributions on transport coefficients of a single gas
  95. Inverse Laplace transform as a tool for calculation of state-specific cross sections of inelastic collisions
  96. Numerical simulation of coupled state-to-state kinetics and heat transfer in viscous non-equilibrium flows
  97. Probabilities for DSMC modelling of CO2 vibrational kinetics
  98. Sensitivity of heat fluxes in hypersonic CO2 flows to the state-to-state kinetic schemes
  99. Similarity criteria in vibrationally and electronically excited gases
  100. State-to-state kinetics and transport properties of electronically excited N and O atoms
  101. Vibration-dissociation coupling in multi-temperature viscous gas flows
  102. Non-equilibrium kinetics, diffusion and heat transfer in shock heated flows of N2/N and O2/O mixtures
  103. Corrigendum to “Effect of molecular diameters on state-to-state transport properties: The shear viscosity coefficient” [Chem. Phys. Lett. 636C (2015) 84–89]
  104. Effect of molecular diameters on state-to-state transport properties: The shear viscosity coefficient
  105. Bulk-viscosity effect on CO2 hypersonic flow around blunt bodies
  106. State-to-State Kinetic Model for a Viscous Radiating Hypersonic Flow
  107. Reaction and internal energy relaxation rates in viscous thermochemically non-equilibrium gas flows
  108. Chemical reaction rates and non-equilibrium pressure of reacting gas mixtures in the state-to-state approach
  109. Eucken correction in high-temperature gases with electronic excitation
  110. Influence of State-to-State Transport Coefficients on Surface Heat Transfer in Hypersonic Flows
  111. Effect of electronic excitation on high-temperature flows behind strong shock waves
  112. Mars sample return orbiter: Detailed vibrational-chemical kinetics and heat transfer
  113. On different contributions to the heat flux and diffusion in non-equilibrium flows
  114. Rates of VT transitions and dissociation and normal mean stress in a non-equilibrium viscous multitemperature N2/N flow
  115. Reacting gas mixtures in the state-to-state approach: The chemical reaction rates
  116. Self-diffusion of vibrational states: Impact on the heat transfer in hypersonic flows
  117. The influence of state-to-state kinetics on diffusion and heat transfer behind shock waves
  118. Validity of Eucken formula and Stokes’ viscosity relation in high-temperature electronically excited gases
  119. State-to-state models for CO2 molecules: From the theory to an application to hypersonic boundary layers
  120. Kinetic model for multi-temperature flows of reacting carbon dioxide mixture
  121. CO[sub 2] state-to-state kinetics and transport in a hypersonic boundary layer: Preliminary results
  122. High Temperature Phenomena in Shock Waves
  123. Normal mean stress in non-equilibrium viscous N[sub 2]∕N flows with dissociation and electronic excitation
  124. Scalar forces/fluxes and reciprocity relations in flows with strong thermal and chemical non-equilibrium
  125. The influence of CO[sub 2] kinetics on the hypersonic flow near blunt bodies
  126. Transport properties of five-component nitrogen and oxygen ionized mixtures with electronic excitation
  127. Comparison of different models for non-equilibrium CO2 flows in a shock layer near a blunt body
  128. Numerical simulation of hypersonic flows around space vehicles descending in the Martian atmosphere
  129. Chemical Derivatives and Elemental Transport Coefficients in Plasma Flows Near Local Equilibrium
  130. Cross-coupling effects in chemically non-equilibrium viscous compressible flows
  131. Non-Equilibrium Kinetics and Transport Processes in a Hypersonic Flow of CO[sub 2]∕CO∕O[sub 2]∕C∕O Mixture
  132. State-to-State Kinetic Theory Approach for Transport and Relaxation Processes in Viscous Reacting Gas Flows
  133. Thermal Relaxation Rate in Viscous Multi-Temperature Gas Flows
  134. Transport Properties of Electronically Excited N[sub 2]∕N and O[sub 2]∕O Mixtures
  135. Transport coefficients in nonequilibrium gas-mixture flows with electronic excitation
  136. Elemental transport coefficients in viscous plasma flows near local thermodynamic equilibrium
  137. Non-Equilibrium Reacting Gas Flows
  138. State-to-State Simulation of Nonequilibrium Nitrogen Stagnation-Line Flows: Fluid Dynamics and Vibrational Kinetics
  139. Single-stage plasma-arc synthesis of metallo-endofullerences
  140. Activation of the carbon component of shungite-III and the sorption capacity of the material for hydrogen
  141. State-to-State Catalytic Models, Kinetics, and Transport in Hypersonic Boundary Layers
  142. On a correct description of a multi-temperature dissociating CO2 flow
  143. Chemical composition of extracts from shungite and “shungite water”
  144. State-to-state reaction rates in gases with vibration–electronic–dissociation coupling: the influence on a radiative shock heated CO flow
  145. Deviations from the Mass Action Law in Non-equilibrium Gas Flows
  146. Non-equilibrium Effects in Reacting Gas Flows
  147. State-to-state Kinetics and Transport Properties of a Reactive Air Flow Near a Re-entering Body Surface
  148. State-to-State Reaction Rate Coefficients, Distributions and Gas Dynamics Behind Strong Shock Waves
  149. Transport Properties of Equilibrium Argon Plasma in a Magnetic Field
  150. Vibration-Electronic Kinetics and Radiation in a Non-equilibrium CO Flow Behind a Shock Wave
  151. State-to-state dissociation rate coefficients in electronically excited diatomic gases
  152. Nonequilibrium kinetics of a radiative CO flow behind a shock wave
  153. Non-equilibrium dissociation rates in expanding flows
  154. Nonequilibrium Kinetics and Heat Transfer in O/O Mixtures near Catalytic Surfaces
  155. On the non-equilibrium kinetics and heat transfer in nozzle flows
  156. On the accuracy of non-equilibrium transport coefficients calculation
  157. Vibration–electronic and chemical kinetics of non-equilibrium radiative diatomic gas flows
  158. On the simplified state-to-state transport coefficients
  159. Modeling of dissociation–recombination in nozzles using strongly non-equilibrium vibrational distributions
  160. State-to-state kinetic description of non-equilibrium radiative gas flow
  161. State-to-state theory of vibrational kinetics and dissociation in three-atomic gases
  162. Strong non-equilibrium quasi-stationary model for dissociation-recombination in expanding flows
  163. Vibration-dissociation coupling in nonequilibrium CO[sub 2]/N[sub 2] mixtures
  164. Kinetic modelling of radiative reacting gas flow under strong nonequilibrium conditions
  165. Effect of strong excitation of the CO2 asymmetric mode on transport properties
  166. Strong nonequilibrium effects on specific heats and thermal conductivity of diatomic gas