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Among metal disilicide materials, α‐MoSi2 exhibits high thermal conductivity and high oxidation resistance at high temperatures, making it an attractive option for high temperature applications. In the present study, we fabricate α‐MoSi2 pellets with a density of 96% theoretical density (TD) and quantify the thermal properties (thermal conductivity and thermal expansion heat capacity), mechanical...
One of the obstacles to the widespread use of thermoelectric (TE) generators is the toxicity of current TE materials. Hence, we focused on Al‐based materials as candidate low‐toxicity TE materials. Although Al‐based materials have high power factor (PF), the achievement of high TE performance is difficult because of the high lattice thermal conductivity (κlat). The aims of the present study are to...
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