Ultrastrong steel via minimal lattice misfit and high-density nanoprecipitation

Engineering

• Dislocation 100%
• Steel 33%
• High Density 33%
• Deformation 16%
• Chemical Composition 16%
• Strengthening Mechanism 16%
• Alloying Element 16%
• Nanometre 16%
• Dislocation Interaction 16%
• Number Density 16%
• Martensite 16%
• Design Concept 16%
• Cubic Metre 16%
• Surrounding Matrix 16%
• Lightweight Design 16%
• Increase Strength 16%
• Performance 16%
• Precipitation 16%
• Design 16%
• Cutting 16%
• Reduction 16%
• Alloy 16%
• Energy Engineering 16%
• High Strength 16%
• Small Size 16%
• High Cost 16%
• Energy Application 16%
• Coherency Strain 16%

Physics

• Precipitate 50%
• Ductility 33%
• Steel 33%
• Matrix 33%
• Deformation 16%
• Martensite 16%
• Chemical Composition 16%
• Cobalt 16%
• Plastic Deformation 16%
• Crystal Structure 16%
• Antiphase Boundaries 16%
• Performance 16%
• Cutting 16%
• Particle 16%
• Aluminium 16%
• Titanium 16%
• Alloy 16%
• High Strength 16%
• Crack Initiation 16%

Material Science

• Strain 50%
• Mechanical Strength 50%
• Nucleation 33%
• Crystal Lattice 33%
• Maraging Steel 33%
• Spring Steel 33%
• Ductility 33%
• Alloy Steel 33%
• Building Material 16%
• Alloy 16%
• Dispersion 16%