Thermoelectric Properties of Solvothermal Grown Bismuth Telluride Hexagonal Nanoplates

Abstract

We have probed straightforwardly, thermoelectric (TE) properties of bismuth telluride (Bi2Te3) nanoplates grown via solvothermal method, without any modifications or optimization. The material was synthesized, its crystalline structure characterized, and prepared for TE measurements via sintering via Gleeble. Electron microscopy and diffraction data show highly crystalline hexagonal nanoplates with lateral growth direction. The thermoelectric properties of the sintered sample exhibit Seebeck coefficient of 21.118 uV/K which is in range of most optimized and engineered Bi2Te3 based TE devices. The results presented in this proceeding may prove invaluable in research and development of next-generation of low-dimension, low-costing thermoelectric devices and power generators.