Physics & Astronomy
internal energy
100%
dissociation
93%
nitrogen
61%
simulation
56%
collisions
48%
normal shock waves
45%
energy transfer
39%
atmospheric entry
36%
hypersonic flow
33%
gases
28%
kinetics
27%
oxygen
27%
cross sections
25%
trajectory analysis
23%
molecules
21%
adiabatic conditions
21%
excitation
20%
shock waves
18%
molecular dynamics
18%
fluids
17%
shock
17%
potential energy
16%
inelastic collisions
15%
marking
15%
transition probabilities
15%
operators
15%
rarefied gas dynamics
14%
equations of state
12%
heat flux
12%
energy
12%
quasi-steady states
11%
catalysis
11%
advection
11%
energy levels
10%
systems analysis
10%
boundary conditions
10%
costs
9%
physics
9%
shock tubes
8%
gas mixtures
8%
inversions
8%
Monte Carlo method
7%
time marching
7%
high temperature air
7%
blunt bodies
7%
atoms
7%
temperature
6%
chemical reactions
6%
chemical energy
6%
exothermic reactions
6%
Engineering & Materials Science
Nitrogen
82%
Shock waves
59%
Molecules
54%
Potential energy surfaces
51%
Oxygen
48%
Molecular dynamics
42%
Hypersonic flow
40%
Gases
40%
Relaxation
36%
Temperature
34%
Population distribution
27%
Shock tubes
27%
Physics
26%
Fluids
22%
Trajectories
20%
Hot Temperature
20%
Electron energy levels
20%
Computational chemistry
19%
Advection
19%
Chemical reactions
18%
Rate constants
18%
Air
17%
Atoms
17%
Molecular oxygen
17%
Energy transfer
17%
Reaction kinetics
16%
Momentum
16%
Boltzmann equation
16%
Labeling
14%
Labels
12%
Gas mixtures
11%
Heat flux
10%
Conservation
10%
Chemical analysis
9%
Set theory
8%
Hypersonic aerodynamics
8%
Monte Carlo methods
8%
Finite volume method
8%
Constrained optimization
8%
Flow fields
7%
Enthalpy
7%
Flow of gases
7%
Nitric oxide
6%
Numerical methods
6%
Relaxation time
6%
Fluxes
6%
Population Density
6%
Quantum chemistry
6%
Chemical Compounds
Internal Energy
82%
Dissociation
76%
Simulation
52%
Nitrogen
45%
Collision
38%
Monte Carlo Method
36%
Shock Wave
31%
Gas
31%
Master Equation
30%
Dioxygen
22%
Nonequilibrium
20%
Potential Energy Surface
17%
Molecular Dynamics
13%
Label
13%
Energy Transfer
12%
Error
11%
Velocity Distribution Function
11%
Molecule
8%
Energy
7%
Flow
6%
Heat
6%
Atomistic Simulation
6%
Boltzmann Equation
6%
Phase Space
5%