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Study on heat transfer characteristics of the one side-heated vertical channel with inserted porous materials applied as a vessel cooling system

机译：插入多孔材料的一侧加热垂直通道作为容器冷却系统的传热特性研究

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Kuriyama Shinji; Takeda Tetsuaki; Funatani Shumpei;
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年度 2015
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1. STUDY ON HEAT TRANSFER CHARACTERISTICS OF THE ONE SIDE-HEATED VERTICAL CHANNEL WITH INSERTED POROUS MATERIALS APPLIED AS A VESSEL COOLING SYSTEM [J] . Kuriyama Shinji, Takeda Tetsuaki, Funatani Shumpei Nuclear engineering and technology . 2015,第5期

机译：插入多孔材料作为容器冷却系统的单侧竖向通道传热特性的研究
2. Study on heat transfer characteristics of the one side-heated vertical channel with inserted porous materials applied as a vessel cooling system [J] . Shinji Kuriyama, Tetsuaki Takeda, Shumpei Funatani Nuclear engineering and technology . 2015,第5期

机译：插入多孔材料的一侧加热垂直通道作为容器冷却系统的传热特性研究
3. DIVERTOR COOLING WITH SUB-CHANNELS-INSERTED METAL POROUS MEDIA(EFFECTS OF THE SUB-CHANNEL VOLUME AND LOCATION ON HEAT TRANSFER CHARACTERISTICS) [J] . Kazuhisa Yuki, Hidetoshi Hashizume, Saburo Toda, Fusion Science and Technology . 2013,第2期

机译：带子通道的金属多孔介质的分流器冷却（子通道的体积和位置对传热特性的影响）
4. HEAT TRANSFER AND FLUID FLOW CHARACTERISTICS OF ONE SIDE HEATED VERTICAL RECTANGULAR CHANNEL APPLIED AS VESSEL COOLING SYSTEM OF VHTR [C] . Kenta FUJIKAMI, Shumpei FUNATANI, Tetsuaki TAKEDA International conference on nuclear engineering . 2018

机译：一侧垂直加热矩形通道作为VHTR容器冷却系统的传热和流体流动特性
5. Experimental Study on Heat Transfer and Flow Characteristics of Air Cooling through Cross-flow Microchannel Heat Exchanger. [D] . Dasgupta, Engr Sarbadaman. 2011

机译：横流微通道换热器空冷传热及流动特性的实验研究。
6. Phase-Change Materials in Hydronic Heating and Cooling Systems: A Literature Review [O] . Rok Koželj, Eneja Osterman, Fabrizio Leonforte, 2020

机译：水力加热和冷却系统中的相变材料：文献综述
7. Study on heat transfer characteristics of the one side-heated vertical channel with inserted porous materials applied as a vessel cooling system [O] . Shinji Kuriyama, Tetsuaki Takeda, Shumpei Funatani 2015

机译：单侧加热垂直通道的传热特性研究，采用插入多孔材料作为容器冷却系统

Study on heat transfer characteristics of the one side-heated vertical channel with inserted porous materials applied as a vessel cooling system

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