Material Science
Monolayers
100%
Proton Irradiation
75%
Titanium Oxide
50%
Nanoindentation
50%
MAX Phases
50%
Molybdenum
50%
Composite Material
50%
Radioactive Waste
50%
Tantalum
50%
High Entropy Alloys
50%
X-Ray Photoelectron Spectroscopy
50%
Catalyst Activity
50%
Radiation Damage
33%
Nickel Ion
25%
Gold Ion
25%
Annealing
25%
Materials Design
25%
Coarsening
25%
Structural Property
25%
Monolayer
25%
Raman Spectroscopy
25%
Amorphization
25%
Electron Diffraction
25%
Linewidth
25%
Rutherford Backscattering Spectrometry
25%
Calcination
25%
Hydrogen Evolution
25%
Transition Metal
25%
Transmission Electron Microscopy
16%
Burger Vector
16%
Amorphous Material
12%
Gadolinium
12%
Electron Backscatter Diffraction
12%
Ruthenium
12%
Vitrification
12%
Scanning Electron Microscopy
12%
X Ray Diffraction Analysis
12%
Phase Structure
8%
Coolant
8%
Carbide
8%
Density
8%
Corrosion
8%
Corrosion Resistance
8%
Neutron Irradiation
8%
Metal
8%
Engineering
Dislocation Loop
75%
Radiation Effect
75%
Fits and Tolerances
66%
Bombardment
50%
High-Entropy Alloys
50%
Induced Defect
50%
Test Facility
50%
Monolayer
50%
Defects
50%
Formation Damage
50%
Damage Level
50%
Nanoindentation and Depth Sensing
50%
Reactor System
41%
Transmissions
33%
Structural Damage
33%
Nuclear Reactor
33%
Cladding Material
25%
Corrosion Damage
25%
Ray Diffraction
25%
Stiffness Method
25%
Phase Structure
25%
Primary Coolant
25%
Hardness Increase
25%
Advanced Nuclear Reactor
25%
Structural Integrity
25%
Bulk Hardness
25%
Coating Material
25%
Sample Temperature
16%
Corrosion Resistance
16%
Elevated Temperature
16%
Dose Level
16%
Low-Temperature
16%
Cold Work
16%
Energetics
16%
Body-Centered Cubic
16%
Early Stage
16%
Future Application
16%
Stainless Steel
16%
Physics
Neutron Source
50%
Radioactive Waste
50%
Radiation Facility
50%
Nuclear Radiation
50%
Cooling System
50%
Cladding
50%
Radiation Effect
50%
Ion Accelerator
50%
Sample Preparation
50%
Light Water
50%
Reactor Material
16%
