Bonding Hierarchy Gives Rise to High Thermoelectric Performance in Layered Zintl Compound BaAu₂P₄

Keyphrases

• Thermoelectric Materials 100%
• Small Bandgap 100%
• High Thermoelectric Performance 100%
• Zintl Compounds 100%
• Environmental Sustainability 50%
• First-principles Calculations 50%
• Rapid Progress 50%
• Electrostatic Interaction 50%
• Thermoelectric Figure of Merit 50%
• Density Functional Theory 50%
• Ba2+ 50%
• Low Power 50%
• Phosphorus 50%
• Electrical Conductivity 50%
• Seebeck Coefficient 50%
• Low Lattice Thermal Conductivity 50%
• Covalently Bonded 50%
• Thermal Conduction 50%
• Conversion Method 50%
• Waste Heat 50%
• Fermi Level 50%
• Power Factor 50%
• Infinite Chain 50%
• Large Power 50%
• Sublattice 50%
• Multiple Bands 50%
• Layered Compounds 50%
• Heat Power 50%
• Acoustic Phonons 50%
• Phosphorus Atoms 50%
• Thermoelectric Technology 50%
• Environmentally Friendly Energy 50%
• Sustainable Energy Conversion 50%

Engineering

• Thermoelectricity 100%
• Thermoelectric Materials 50%
• Band Gap 50%
• Energy Conversion 25%
• Power Factor 25%
• Multiple Band 25%
• Acoustic Phonon 25%
• Figure of Merit 25%
• Thermal Conductivity 25%
• Renewable Energy 25%
• Electrical Conductivity 25%
• Fermi Level 25%
• Seebeck Effect 25%

Material Science

• Thermoelectrics 100%
• Thermoelectric Materials 50%
• Thermal Conductivity 25%
• Electrostatic Interaction 25%
• Density 25%
• Electrical Conductivity 25%