Art

J-GLOBAL ID：201702228272779037   Reference number：17A0261807

Study on flow and heat transfer characteristics of nano-fountain based on thermal comfort

熱快適性ナノに基づく流動と熱伝達特性【JST・京大機械翻訳】

Author (4)： Wan Yongliang ((xuzhou)School of Electric Power Engineering,China University of Mining & Technology) ,  Qi Cong ((xuzhou)School of Electric Power Engineering,China University of Mining & Technology) ,  Li Chunyang ((xuzhou)School of Electric Power Engineering,China University of Mining & Technology) ,  Han Dongtai ((xuzhou)School of Electric Power Engineering,China University of Mining & Technology)
Material： Huagong Jinzhan  (Chemical Industry and Engineering Progress)
Volume： 35  Issue： 12  Page： 3807-3817  Publication year： 2016 
JST Material Number： C2014A  ISSN： 1000-6613  CODEN： HUJIEK  Document type： Article
Article type： 原著論文  Country of issue： China (CHN)  Language： CHINESE (ZH)

Abstract/Point： There were few researches abou...

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Thesaurus term： nano particle ,  streamline ,  finite element method ,  *amenity ,  volume fraction ,  fountain ,  flow characteristic ,  boiling point ,  heat exchange ,  *heat transfer ,  temperature distribution ,  freezing point ,  working fluid ,  nanofluid ,  *heat transfer characteristics

Author keywords (5)： gas-liquid flow ,  heat transfer ,  numerical simulation ,  nano-fountain ,  thermal comfort

JST classification (2)： Heat exchangers,coolers  (PA03020G) ,  Heat transfer accompanied with phase change  (PA02040V)

Terms in the title (3)： 快適性 ,  流動 ,  熱伝達特性