Helium segregation to screw and edge dislocations in α-iron and their yield strength

Keyphrases

• Helium 100%
• Yield Strength 100%
• Screw Dislocation 100%
• Edge Dislocation 100%
• Bubble Distribution 60%
• Mechanical Properties 40%
• Molecular Dynamics 20%
• Nuclear Materials 20%
• Dose Rate 20%
• Fast Neutron Spectrum 20%
• Structural Materials 20%
• General Trends 20%
• Nuclear Applications 20%
• Embrittlement 20%
• Atomistic Model 20%
• Radiation Condition 20%
• Ferritic-martensitic Steel 20%
• Dislocation Core 20%
• Total Stress 20%
• Screw 20%
• Monte Carlo Methodology 20%
• Canonical Monte Carlo 20%
• Lattice Resistance 20%
• Role of Temperature 20%
• Mayors 20%
• Monte Carlo Algorithm 20%
• Second Order Term 20%
• Critical Shear Stress 20%
• Range of Applicability 20%
• Object Kinetic Monte Carlo 20%
• Total Dose 20%

Engineering

• Yield Point 100%
• Screw Dislocation 100%
• Iron 100%
• Edge Dislocation 100%
• Nuclear Material 33%
• Dose Rate 33%
• Applicability 33%
• Neutron Spectra 33%
• Structural Materials 33%
• Embrittlement 33%
• Temperature Condition 33%
• Atomistic Modeling 33%
• Ferritic/Martensitic Steel 33%
• Dislocation Core 33%
• Critical Shear Stress 33%

Material Science

• Yield Stress 100%
• Screw Dislocation 100%
• Edge Dislocation 100%
• Building Material 33%
• Embrittlement 33%
• Ferritic/Martensitic Steel 33%