About Us

Thermoelectric Protocol:

• Thermoelectric Material Design
• Thermoelectric Property Analysis
• Thermoelectric Module and Assembly Design
• Thermoelectric Power Generation Protocol
• Thermoelectric Development Strategy

Thermoelectric Transport and Energy Conversion

• Material: First principles electronic structure calculations of defects in atomic scale, band lineup
• Device: TE heat engines, Efficiency theory of TE conversion, TE efficiency map, TE power generator with segmented or functionally gradient legs, TE information devices

Analysis of Mathematical Models:

• Theory of Second-order Partial Differential Equations: Heat and Diffusion Equations
• Development of Numerical Computation Software

Machine Learning:

• Machine Learning for Thermoelectric Materials and Devices

Synthesis of Thermoelectric Materials:

• Bismuth tellurides
• Silicides

Thermoelectric material for telluride and silicide

• Twin structure by stacking faults
• Defect engineering
• Nanocomposites
• Functionally graded materials

Thermoelectric devices for telluride and silicide

• Device fabrication and characterization
• Segmented devices
• Device for functionally graded materials

Synthesis of Thermoelectric Materials:

• Lead tellurides

Development of Thermoelectric Generator Modules:

• Single-type modules
• Segmented-type modules

Computational condensed matter theory

Synthesis of Thermoelectric Materials:

• Bismuth tellurides
• Half-Heusler compounds

Operation of Thermoelectric Analysis/Measurement Equipments:

• ZEM, LFA, PPMS, DSC, XRD, etc.