清华大学材料科学与工程研究院《材料科学论坛》
学术报告
报告题目：Low-dimensional Inorganic/Organic Hybrid Thermoelectric Materials
报告人：Prof. Kunihito Koumoto (Nagoya Industrial Science Research
??Institute, Nagoya, Japan)
报告时间：2018年10月23日（周二）上午10:00
报告地点：清华大学逸夫技术科学楼A205报告厅
联系人：林红老师 62772848
欢迎广大师生踊跃参加！
Abstract
Flexible thermoelectric (TE) devices for maintenance-free and
??long-lasting power source that makes use of the body heat,
industrial ??waste heat and even solar heat have been of growing
interest. Despite ??their high TE performance, conventional inorganic
TE semiconductors, ??such as Bi2Te3 and skutterudites, are restricted
for this application ??due to their non-flexible nature and
non-scalable manufacturing ??techniques.
Low-dimensional
nanomaterials, such as TMDCs ??(transition metal dichalcogenides) and
CNTs (carbon nanotubes), are ??the best-known candidate materials for
flexible TE devices. ??Inorganic/organic hybridization based on 1D or
2D nanomaterials is a ??promising strategy for constructing
high-performance flexible ??thermoelectric materials that can be
applied to energy harvesting in ??the future IoT
society.
TiS2/organics hybrid superlattice ??materials and
CNTs-based nanocomposites will be focused and their ??interesting
structures, TE properties, and manufacturing processes ??will be
demonstrated and discussed.
Biography of {Kunihito Koumoto}
Education:
1974 BS, The University of Tokyo
1976MS, ??The
?University of Tokyo
1979 Ph.D., The University of Tokyo
Honors and Awards:
Fellow ot the American Ceramic Society
??(2005)
The Commendation by the Minister of MEXT, Prize for
??Science and Technology (Research Category) (2008)
Medal with
??Purple Ribbon, the Emperor of Japan (2013)
The Thermoelectrics
??Society of Japan Award (2013)
Fellow of the Ceramic Society of
??Japan (2016)
Kato Memorial Award, Kato Foundation for Promotion
??of Science (2017)
ITS 2018 Outstanding Achievement Award (2018)
Research Interests:
Thermoelectric nanomaterials with
??low-dimensional structures
Materials processing and module
??design for new applications
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