Ingeniería y ciencia de los materiales
Cryogenics
90%
Austenitic stainless steel
81%
Fracture toughness
76%
Microstructure
57%
Aging of materials
51%
Steel
49%
Superconducting magnets
31%
Experimental reactors
30%
Microstructural evolution
26%
Fracture energy
25%
Nitrides
25%
Temperature
25%
Brittle fracture
24%
Precipitates
22%
Nuclear energy
22%
Carbides
20%
Electron microscopes
20%
Toughness
20%
Deterioration
19%
Volume fraction
19%
Fusion reactions
17%
Scanning
16%
Física y astronomía
austenitic stainless steels
100%
fracture strength
85%
cryogenics
80%
steels
63%
microstructure
50%
superconducting magnets
23%
notches
23%
nuclear energy
23%
cryogenic temperature
23%
toughness
22%
deterioration
22%
Japan
22%
carbides
20%
nitrides
19%
precipitates
18%
fusion
17%
electron microscopes
17%
reactors
16%
scanning
13%
temperature
12%
energy
6%
Química
Fracture Toughness
96%
Cryogenics
94%
Microstructure
57%
Brittle Fracture
42%
Fracture Energy
41%
Time
30%
Nitride
27%
Application
27%
Volume
16%
Electron Particle
15%
Energy
13%
Reduction
13%