Physical properties and defect processes of M₃SnC₂ (M = Ti, Zr, Hf) MAX phases: Effect of M-elements

Keyphrases

• Physical Properties 100%
• Defect Processes 100%
• MAX Phase 100%
• Physical Defects 100%
• Phase Effect 100%
• TiZr 100%
• Periodic Table 100%
• 312 MAX Phases 66%
• Ti3SnC2 66%
• Debye Temperature 66%
• Charge Density 33%
• Lattice Parameter 33%
• Lattice Constant 33%
• Structural Properties 33%
• Reaction Energy 33%
• Electronic Properties 33%
• Density Functional Calculations 33%
• Electronic Density of States 33%
• Elastic Properties 33%
• Parameter Calculation 33%
• Radiation Tolerance 33%
• Mechanical Stability 33%
• Machinability 33%
• Intrinsic Defects 33%
• Experimental Values 33%
• Thermal Barrier Coatings 33%
• Banded Structure 33%
• Temperature Decrease 33%
• Electrical Conduction 33%
• Covalency 33%
• Fermi Surface 33%
• Mulliken Population 33%
• Fermi Surface Topology 33%
• Single-crystal Elastic Constants 33%
• Defect Reaction 33%
• Theoretical Hardness 33%

Engineering

• Periodic Table 100%
• Lattice Constant 66%
• Charge Density 33%
• Barrier Coating 33%
• Mechanical Stability 33%
• Electrical Conductivity 33%
• Experimental Value 33%
• Band Structure 33%
• Lattice Parameter 33%
• Thermal Barrier 33%
• Coating Material 33%
• Elastic Constant 33%
• Covalency 33%

Material Science

• Physical Property 100%
• MAX Phases 100%
• Density 60%
• Surface (Surface Science) 40%
• Lattice Constant 40%
• Electronic Property 20%
• Elasticity 20%
• Elastic Property 20%
• Single Crystal 20%
• Mechanical Stability 20%
• Thermal Barrier Coating 20%
• Machinability 20%