Swapnil Ghodke
Nagoya University
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Publication
Featured researches published by Swapnil Ghodke.
Japanese Journal of Applied Physics | 2016
Akio Yamamoto; Swapnil Ghodke; Hidetoshi Miyazaki; Manabu Inukai; Yoichi Nishino; M. Matsunami; Tsunehiro Takeuchi
In this study, we developed a higher manganese silicide (HMS) that possesses a high dimensionless figure of merit ZT exceeding unity. HMSs containing a larger amount of Re than its solubility limit were prepared by the liquid quenching technique, and the obtained metastable HMSs showed good thermal stability to enable pulse current sintering at 1240 K. The lattice thermal conductivity was effectively reduced with increasing Re concentration, whereas the electron transport properties were not greatly affected. Consequently, the ZT of p-type HMS increased to 1.04 at 6 at. % Re from 0.4 of the Re-free sample.
Journal of Electronic Materials | 2016
Swapnil Ghodke; Naoya Hiroishi; Akio Yamamoto; Hiroshi Ikuta; M. Matsunami; Tsunehiro Takeuchi
The Japan Society of Applied Physics | 2017
Swapnil Ghodke; Akio Yamamota; Tsunehiro Takeuchi
Materials Transactions | 2017
Swapnil Ghodke; Akio Yamamoto; Muthusamy Omprakash; Hiroshi Ikuta; Tsunehiro Takeuchi
The Japan Society of Applied Physics | 2016
Swapnil Ghodke; Akio Yamamoto; Muthusamy Omprakash; Hiroshi Ikuta; Tsunehiro Takeuchi
The Japan Society of Applied Physics | 2016
Swapnil Ghodke; Akio Yamamoto; Hiroshi Ikuta; Tsunehiro Takeuchi
The Japan Society of Applied Physics | 2016
Shunsuke Nishino; Swapnil Ghodke; Akio Yamamoto; Tsunehiro Takeuchi
Archive | 2016
Swapnil Ghodke; Akio Yamamoto; Hiroshi Ikuta; Tsunehiro Takeuchi
Materials Transactions | 2016
Tsunehiro Takeuchi; Akio Yamamoto; Swapnil Ghodke
Materials Transactions | 2016
Akio Yamamoto; Swapnil Ghodke; Hidetoshi Miyazaki; Yoichi Nishino; M. Matsunami; Tsunehiro Takeuchi
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