Thermoelectric User A

Engineer and audit GeTe-based thermoelectric materials and devices across defect chemistry, carrier concentration, band and phase engineering, phonon scattering, synthesis, temperature-dependent transport, contacts, diffusion barriers, legs, modules, and reliability; use when GeTe composition, Ge vacancies, rhombohedral-cubic transition, band convergence, average zT, junctions, or mid-temperature module performance is central.

Develop and audit Bi2Te3-family flexible thermoelectric films and devices, including deposition or printing, composition and texture, substrate and interface mechanics, p/n integration, wearable thermal boundaries, bending reliability, metrology, and device benchmarking; use when Bi2Te3, Sb2Te3, flexible thin films, conformal generators, cooling patches, fibers, textiles, or bend-cycle failures are central.

Route and execute rigorous thermoelectric semiconductor and device research, including field mapping, transport-physics reasoning, literature audits, hypotheses, experiment design, metrology, uncertainty, materials-to-device translation, and failure analysis; use for broad thermoelectric questions spanning materials, contacts, modules, cooling, or power generation, and route flexible Bi2Te3 or GeTe work to their dedicated Skills.