Engineering
Crystal Structure
85%
Phonon Dispersion
85%
Molten Salt Reactor
85%
High-Entropy Alloys
85%
Void Growth
85%
Dislocation Loop
85%
Microstructure
85%
Atom Probe Tomography
85%
Microstructural Evolution
85%
Lattice Distortion
85%
Number Density
85%
Nucleation Rate
42%
Dislocation Density
42%
Hardening Model
42%
Test Reactor
42%
Structural Application
42%
Alloying
42%
Basal Plane
42%
Ion Concentration
42%
Fusion Power
28%
Negative Branch
28%
Supercell
28%
Negative Frequency
28%
Radiation Effect
28%
Component Lifetime
28%
Upper Limit
28%
Extreme Condition
28%
Fast Neutron
14%
Material Science
Density
100%
Tritium
85%
Crystal Structure
85%
Radiation Damage
85%
Void Growth
85%
Microstructural Evolution
85%
Microscopy
85%
Zircaloy
85%
Atom Probe
85%
Tomography
85%
High Entropy Alloys
85%
Alloying
42%
Nucleation
42%
Transition Metal
42%
Microstructural Analysis
42%
Lithium
34%
Liquid Metal
17%
