Технические дисциплины и материаловедение
Tungsten
100%
Thermal load
76%
Boron carbide
76%
Degassing
58%
Vacuum
46%
Electron beams
44%
Plasmas
29%
Nuclear physics
29%
Lasers
28%
Heat flux
27%
Beam plasma interactions
26%
Erosion
23%
Scattering
23%
Heating
22%
Polymethyl methacrylates
22%
Molten materials
20%
Lighting
20%
Single crystals
19%
Molecular weight
18%
X ray diffraction
18%
Neutrons
18%
Diffraction
17%
Melting
17%
Surface treatment
17%
Dust
17%
Continuous wave lasers
15%
CCD cameras
14%
Cooling
14%
Gas emissions
14%
Impurities
13%
Imaging techniques
12%
Plastic deformation
12%
Light scattering
11%
Radioactivity
11%
Cracks
11%
Ablation
10%
Hot Temperature
10%
Experiments
9%
Test facilities
8%
Dynamic loads
8%
Experimental reactors
7%
Synchrotron radiation
7%
Gases
7%
Particle size
7%
Chemical activation
7%
Plasma confinement
7%
Stainless steel
7%
Temperature
7%
Graphite
6%
Magnetic devices
6%
Физика и астрономия
tungsten
79%
heat
40%
boron carbides
39%
shielding
27%
transient heating
25%
outgassing
25%
damage
23%
heat flux
23%
erosion
23%
heating
21%
qualifications
20%
dust
19%
vacuum systems
19%
electron beams
19%
modules
19%
thermal shock
19%
high vacuum
18%
polymethyl methacrylate
17%
test facilities
16%
molecular weight
16%
engineering
14%
manufacturing
13%
melting
13%
scattering
12%
preparation
12%
ceramics
11%
thresholds
10%
diffraction
10%
single crystals
10%
lasers
10%
requirements
10%
continuous wave lasers
10%
vacuum
9%
plastic deformation
9%
cracks
9%
nuclear physics
9%
vacuum chambers
8%
x rays
8%
plumes
8%
cold pressing
8%
ablation
7%
pulse heating
7%
pulses
7%
light scattering
7%
maintenance
7%
CCD cameras
6%
temperature distribution
6%
neutrons
6%
cooling
6%
apertures
6%
Химические соединения
Tungsten
70%
Heat
46%
Boron Atom
43%
Electron Beam
42%
Ceramic
38%
Nuclear Physics
35%
Surface
29%
Small Angle Scattering
23%
Illumination
22%
Cooling
19%
Capillary Wave
19%
Degasification
19%
Melting
16%
Plasma
16%
Vacuum
15%
Surface Modification
14%
Shape
10%
Plate Like Crystal
9%
Ablation
9%
Energy
7%
Neutron
6%
Solidification
6%
Graphite
6%
Crack Propagation
5%
Gas
5%
Simulation
5%
Application
5%