K. Koura

发表

Mott‐Smith Solution of the Fokker‐Planck Equation

K. Koura, 1971 .

Monte Carlo simulation of electron thermalization in gases. III. Epithermal electrons in molecular nitrogen

K. Koura, 1984 .

Nonequilibrium velocity distribution and reaction rate in hot‐atom reactions

K. Koura, 1976 .

On the empirical equation for electron energy‐loss rate in rare gases

K. Koura, 1985 .

Monte Carlo simulation of electron thermalization in gases. V. Subexcitation electrons in rare gases

K. Koura, 1985 .

Nonequilibrium velocity distributions and recombination rates in electron–ion and ion–ion recombinations in weakly ionized gases

K. Koura, 1975 .

Nonequilibrium velocity distribution and dissociation rate in dissociation of diatomic molecules

K. Koura, 1976 .

Monte Carlo simulation of electron thermalization in gases. VI. Microwave conductivities of He and Ar

K. Koura, 1986 .

Nonequilibrium electron velocity distribution and temperature in thermalization of low‐energy electrons in molecular hydrogen

K. Koura, 1983 .

Improved null-collision technique in the direct simulation Monte Carlo method: Application to vibrational relaxation of nitrogen

K. Koura, 1998 .

A set of model cross sections for the Monte Carlo simulation of rarefied real gases: Atom–diatom collisions

K. Koura, 1994 .

Nonequilibrium velocity distribution and reaction rate in the hot 18F+H2 reaction

K. Koura, 1977 .

Monte Carlo simulation of electron thermalization in gases. VIII. Thermalization distance and microwave conductivity in rare gases

K. Koura, 1987 .

Thermalization process of keV source electrons in He

K. Koura, 1989 .

Monte Carlo simulation of electron thermalization in gases. VII. Imaginary component of microwave conductivity of Ar

K. Koura, 1987 .

Isotope effects of H2 and D2 on electon thermalization in gases

K. Koura, 1984 .

Monte Carlo simulation of electron thermalization in gases. II. Subexcitation electrons in molecular hydrogen

K. Koura, 1984 .

Monte Carlo simulation of electron thermalization in gases. IV. Subexcitation electrons in hard‐sphere and Maxwell model rare gases

K. Koura, 1984 .

Reply to ‘Comment on hole burning into velocity distribution of thermal electrons due to resonance attachment to O2’

K. Koura, 1983 .

Hole burning into velocity distribution of thermal electrons due to resonance attachment to O2

K. Koura, 1982 .

Nonequilibrium velocity distribution and reaction rate in ion–molecule reactions

K. Koura, 1981 .

Comment on “Direct Simulation Scheme Derived from the Boltzmann Equation. I. Monocomponent Gases”

Katsuhisa Koura, K. Koura, 1981 .

On the Momentum Exchange Rate of HF

K. Koura, 1978 .

Translational and rotational relaxation

K. Koura, 1976 .

Nonequilibrium velocity distributions and reaction rates in fast highly exothermic reactions

Katsuhisa Koura, K. Koura, 1973 .

Electron and vibrational energy conservation equations for aeroassisted orbital transfer vehicles

K. Koura, 1987 .

A sensitive test for accuracy in evaluation of molecular collision number in the direct‐simulation Monte Carlo method

Katsuhisa Koura, K. Koura, 1990 .

Null‐collision technique in the direct‐simulation Monte Carlo method

Katsuhisa Koura, K. Koura, 1986 .

Statistical inelastic cross‐section model for the Monte Carlo simulation of molecules with discrete internal energy

Katsuhisa Koura, K. Koura, 1992 .

Variable soft sphere molecular model for inverse-power-law or Lennard-Jones potential

Hiroaki Matsumoto, Katsuhisa Koura, H. Matsumoto, 1991 .

Rotational distribution of N2 in Ar shock wave

K. Koura, 1980 .

Variable soft sphere molecular model for air species

Hiroaki Matsumoto, Katsuhisa Koura, H. Matsumoto, 1992 .

Comparison of velocity distribution functions in an argon shock wave between experiments and Monte Carlo calculations for Lennard-Jones potential

Hiroaki Matsumoto, Katsuhisa Koura, H. Matsumoto, 1991 .

Transient Couette Flow of Rarefied Binary Gas Mixtures

K. Koura, 1970 .

Study of rotational distribution of N2 in the Ar free jet using two‐parameter power gap model

K. Koura, 1982 .

On rotational relaxation of hydrogen halides

K. Koura, 1979 .

Effect of translational temperature anisotropy on the rotational distribution of N2 in the Ar free jet

K. Koura, 1982 .

Effect of T||>T⊥ on Rotational Distribution of N2 in Ar Free Jet

K. Koura, 1981 .

Rotational distribution in a shock wave

K. Koura, 1977 .

Monte Carlo direct simulation of rotational relaxation of nitrogen through high total temperature shock waves using classical trajectory calculations

Katsuhisa Koura, K. Koura, 1998 .

4 Carlo direct simulation of rotational relaxation of diatomic molecules using classical trajectory calculations: Nitrogen shock wave

Katsuhisa Koura, K. Koura, 1997 .

Monte Carlo simulation of an electron swarm in an Argon-like gas

K. Koura, 1987 .

Relaxation of Velocity Distribution of Electrons Cooled (Heated) By Rotational Excitation (De-Excitation) Of N 2

K. Koura, 1985 .

A test of equivalence of the variable-hard-sphere and inverse-power-law models in the direct-simulation Monte Carlo method

T. Shimada, H. Matsumoto, K. Koura, 1991 .

Direct simulation Monte Carlo study of rotational nonequilibrium in shock wave and spherical expansion of nitrogen using classical trajectory calculations

Katsuhisa Koura, K. Koura, 2002 .

DIRECT SIMULATION MONTE CARLO STUDY OF QUANTUM EFFECTS ON THE SPHERICAL EXPANSION OF 4HE

K. Koura, 1999 .

Rotational distribution of para‐H2 in He shock wave

K. Koura, 1981 .

Monte Carlo Simulation of Rarefied Nitrogen Gases Contained between Parallel Plates Using Statistical Inelastic Cross-Section Model

Katsuhisa Koura, K. Koura, 1993 .

Scaling Rule for Electron Swarm in Rare Gases

K. Koura, 1987 .

Hole burning into molecular velocity distribution due to monochromatic radiation and molecular elastic collision

K. Koura, 1980 .

Monte Carlo Direct Simulation of Hypersonic Rarefied Nitrogen Flow over a Circular Cylinder(Proceedings of the 13th NAL Symposium on Aircraft Computational Aerodynamics)

Katsuhisa Koura, Mikinari Takahira, K. Koura, 1996 .