First-Principles Studies on Sc₂RuZ (Z = Si, Ge, Sn) Inverse Heusler Alloys: Structural, Electronic, and Transport Properties

Keyphrases

• SiGe 100%
• Structural Properties 100%
• Room Temperature 100%
• Transport Properties 100%
• Electronic Properties 100%
• First-principles Study 100%
• Non-magnetic 100%
• Heusler Compounds 100%
• Inverse Heusler Alloy 100%
• Structural Electronics 100%
• Thermoelectric Properties 66%
• Semiconductors 66%
• High Temperature Operation 66%
• Heusler 66%
• Inverse Heusler 66%
• Low Temperature 33%
• Thermal Conductivity 33%
• Stiffness 33%
• Energy Conversion 33%
• Electrical Conductivity 33%
• Design Space 33%
• Dynamical Stability 33%
• Rare Class 33%
• Thermal Management 33%
• Density Functional Theory 33%
• Thermoelectric System 33%
• Thermoelectric 33%
• Seebeck Coefficient 33%
• Spintronics 33%
• Experimental Realization 33%
• Thermodynamic Stability 33%
• Lattice Structure 33%
• Thermoelectric Materials 33%
• Power Factor 33%
• Relaxation Time Approximation 33%
• Thermoelectric Potential 33%
• Thermoelectric Performance 33%
• Indirect Band Gap 33%
• High Elastic Modulus 33%
• Transport Coefficients 33%
• Mn-based 33%
• Phonon Calculations 33%
• Incompressibility 33%
• Heusler Alloys 33%
• Band Dispersion 33%
• Ni-based 33%
• High Seebeck Coefficient 33%
• Continuous Demand 33%
• Electrical-thermal 33%
• Structured Dispersion 33%
• SnSb 33%
• Coefficient Factor 33%
• Thermoelectric Transport 33%
• Structural Thermodynamics 33%
• Thermoelectric Characteristics 33%
• Thermally Stable Materials 33%
• Co-Mn 33%
• Semi-classical Boltzmann Transport Theory 33%

Material Science

• Thermoelectrics 100%
• Alloy 100%
• Heusler Compound 25%
• Density 12%
• Thermal Conductivity 12%
• Elastic Moduli 12%
• Electrical Conductivity 12%
• Crystal Structure 12%
• Thermoelectric Materials 12%
• Thermal Management 12%