Kinetic Theory

Transfer coefficients for evaporation

Mathematical Physics / Quantum Physics / Kinetic Theory / Nonequilibrium thermodynamics / Boundary Condition / Degree of Freedom

Transfer coefficients for evaporation of a system with a Lennard-Jones long-range spline potential

Engineering / Thermodynamics / Heat and Mass Transfer / Kinetic Theory / Mathematical Sciences / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation

Driven low density granular mixtures

Engineering / Stochastic Process / Kinetic Theory / Mathematical Sciences / Direct Simulation Monte Carlo / Physical sciences / Steady state / Velocity Distribution in Open Channel / Granular Material / Porous Material / Spatial Correlation / Physical sciences / Steady state / Velocity Distribution in Open Channel / Granular Material / Porous Material / Spatial Correlation

Transfer coefficients for evaporation of a system with a Lennard-Jones long-range spline potential

Engineering / Thermodynamics / Heat and Mass Transfer / Kinetic Theory / Mathematical Sciences / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation

Comparison of Johnson-Mehl-Avrami-Kologoromov kinetics with a phase-field model for microstructural evolution driven by substructure energy

Kinetics / Kinetic Theory / Phase Field / Physical sciences / Nucleation and Growth / CHEMICAL SCIENCES / Microstructures / Volume Fraction / Microstructure evolution / CHEMICAL SCIENCES / Microstructures / Volume Fraction / Microstructure evolution

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

An Experiment on FEL Efficiency Enhancement with a Variable Wiggler

Biomedical Engineering / Carbon Dioxide / Energy Conversion / Magnetic field / Kinetic Theory / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test / X-ray free electron laser / Energy Dissipation / Kinetic Energy / Electron Beam / Performance Test

Transfer coefficients for evaporation

Mathematical Physics / Quantum Physics / Kinetic Theory / Nonequilibrium thermodynamics / Boundary Condition / Degree of Freedom

Driven low density granular mixtures

Engineering / Stochastic Process / Porous Materials / Stochastic processes / Kinetic Theory / Mathematical Sciences / Direct Simulation Monte Carlo / Physical sciences / Steady state / Velocity Distribution in Open Channel / Granular Materials / Granular Material / Porous Material / Spatial Correlation / Mathematical Sciences / Direct Simulation Monte Carlo / Physical sciences / Steady state / Velocity Distribution in Open Channel / Granular Materials / Granular Material / Porous Material / Spatial Correlation

Transfer coefficients for evaporation

Mathematical Physics / Quantum Physics / Kinetic Theory / Nonequilibrium thermodynamics / Boundary Condition / Degree of Freedom

Transfer coefficients for evaporation of a system with a Lennard-Jones long-range spline potential

Engineering / Thermodynamics / Heat and Mass Transfer / Kinetic Theory / Mathematical Sciences / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation

Transfer coefficients for evaporation of a system with a Lennard-Jones long-range spline potential

Engineering / Thermodynamics / Heat and Mass Transfer / Kinetic Theory / Mathematical Sciences / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation / Physical sciences / Long Range / Phase transition / Autonomic System / Molecular Dynamic Simulation

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