Физика и астрономия
acoustics
15%
adsorbents
13%
aerodynamic drag
45%
aerodynamics
35%
air
49%
air flow
59%
argon
13%
boundary layers
40%
cells
17%
ceramics
24%
cermets
13%
coatings
28%
cold gas
13%
composite materials
34%
compressible flow
16%
computer programs
17%
cones
21%
Couette flow
19%
detonation
66%
detonation waves
69%
disturbances
65%
drag
25%
explosions
13%
flames
47%
flat plates
17%
foams
28%
gas dynamics
30%
gas flow
23%
gas mixtures
17%
gases
65%
heating
13%
helium
40%
high speed
16%
hollow
20%
hydrogen
81%
hypersonic boundary layer
23%
ignition
31%
impact velocity
12%
inserts
78%
interactions
22%
Kelvin-Helmholtz instability
17%
kinetic equations
17%
kinetics
27%
Knudsen flow
23%
laser beams
25%
lasers
30%
liquid crystals
12%
Mach number
33%
mathematical models
27%
membranes
16%
metals
18%
microhardness
13%
molecular dynamics
17%
moments
14%
musculoskeletal system
28%
nanoparticles
15%
Navier-Stokes equation
18%
nickel
13%
nonequilibrium flow
25%
nozzles
53%
oxygen
18%
permeability
26%
Poisson equation
13%
porosity
23%
porous materials
30%
propagation
18%
rare gases
12%
rarefied gases
22%
reacting flow
18%
reaction kinetics
17%
rectangular wings
12%
Reynolds number
43%
rings
19%
roughness
13%
shock
31%
shock tubes
13%
shock waves
75%
silanes
15%
silicon carbides
17%
simulation
93%
sorbents
63%
sorption
23%
sprayers
13%
spraying
18%
stabilization
12%
steels
14%
supercomputers
24%
supersonic boundary layers
18%
supersonic combustion
17%
supersonic flow
100%
supersonic wind tunnels
17%
Taylor instability
13%
temperature
18%
three dimensional models
13%
titanium
12%
transonic flow
12%
TVD schemes
33%
vortices
15%
wakes
17%
wind tunnels
24%
Технические дисциплины и материаловедение
Acoustic fields
11%
Adsorbents
6%
Adsorption
5%
Aerodynamic drag
9%
Aerodynamics
11%
Air
22%
Alcohols
11%
Aluminum oxide
5%
Anisotropic media
8%
Boundary layers
20%
Carbon dioxide
5%
Catalysts
13%
Cermets
6%
Channel flow
6%
Coatings
5%
Composite materials
12%
Computer simulation
13%
Cones
9%
Conservation
5%
Copper
9%
Detonation
12%
Direct numerical simulation
6%
Drag
14%
Enthalpy
5%
Fluidized beds
5%
Furfural
16%
Gas dynamics
13%
Gases
17%
Gasification
5%
Heating
6%
Helium
24%
Hot Temperature
5%
Hydrogen
50%
Hydrogenation
13%
Hypersonic aerodynamics
8%
Ice
5%
Ignition
5%
Inert gases
9%
Iron oxides
7%
Laser beams
7%
Laser cladding
7%
Lasers
7%
Light propagation
8%
Mach number
9%
Mathematical models
12%
Membranes
9%
Microhardness
5%
Microspheres
28%
Molecular dynamics
6%
Nanocomposites
5%
Nanostructured materials
13%
Nozzles
31%
Oxygen
8%
Pathology
10%
Porous materials
13%
Projectiles
6%
Propane
6%
Pulmonary diseases
14%
Reaction kinetics
6%
Reynolds number
19%
Rotating disks
6%
Shock waves
26%
Silicon carbide
5%
Software packages
5%
Sorbents
20%
Sorption
6%
Spraying
6%
Supercomputers
6%
Supersonic flow
27%
Temperature
10%
Textiles
5%
Turbulence models
5%
Two dimensional electron gas
9%
Water vapor
9%
Wave packets
8%
Wind tunnels
5%