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Chemistry
Monte Carlo Method
100%
Relaxation
100%
Master Equation
100%
Harmonic Oscillator
100%
Vibrational State
50%
Vibrational Energy
50%
Transition Probability
50%
Oscillator Model
50%
Distribution Function
50%
Aspartame
50%
Keyphrases
Direct Simulation Monte Carlo
100%
Collision Model
100%
State-to-state
100%
DSMC Method
30%
Transition Rates
20%
Master Equation
20%
DSMC Simulation
20%
Forced Harmonic Oscillator
20%
Microscopic Reversibility
20%
Effcient
20%
Collision Rate
20%
Energy Balance
10%
ProB
10%
Implementation Model
10%
Vibrational Temperature
10%
Temperature-dependent Viscosity
10%
Vibrational States
10%
Power Law
10%
Collision Cross Section
10%
Tion
10%
Lending
10%
Transition Probability
10%
Equilibrium Condition
10%
Vibrational Energy
10%
Detailed Balance
10%
Temperature Relaxation
10%
Actual State
10%
Collision Partner
10%
Energy Distribution Function
10%
Energy Equipartition
10%
Harmonic Oscillator Model
10%
Rovibrational States
10%
Total Collision
10%
Potential Collision
10%
Engineering
Direct Simulation
100%
Cross Section
100%
Simulation Result
50%
Master Equation
50%
Harmonics
50%
Isothermal
25%
Equilibrium Condition
25%
Actual State
25%
Collision Cross
25%
Fluid Viscosity
25%
Collision Rate
25%
Energy Distribution
25%
Physics
Monte Carlo Method
100%
Harmonic Oscillator
100%
Energy Distribution
50%
Transition Probability
50%
Distribution Function
50%
Detailed balance
50%
Vibrational State
50%