Research

I am a researcher with an interdisciplinary background of both material science in ceramic/metal-alloy/semiconductor and device engineering in energy harvesting field, specifically for thermoelectric, high entropy alloy, solid-state hydrogen storage, elastocaloric materials, and perovskite oxide/oxynitride materials.

Area of Interest

Sustainable energy materials and devices, materials synthesis and processing, energy harvesting, high entropy materials

Thermoelectric - Skutterudite from Materials to Devices

Tuning filling fraction to manipulate transport carriers
In-situ formed nanoinclusions lead to ultralow thermal conductivity
zT of 1.35 at 780 K

Chem. Mater. 2019, 31, 862

Isotype bulk heterojunction design to decouple the electron and phonon transport
Nano grain size < 500 nm achieved to enhance phonon scattering
η of 9.15% at ΔT of 600 K

Nano Energy 2019, 66, 104193

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