Studies on high-performance ceramic heat exchanger for ultra high temperatures (1st report, heat transfer of bare tube bundle immersed in fluidized bed)

Yuji Himeji; Masaya Kumada; Katsunori Hanamura

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Studies on high-performance ceramic heat exchanger for ultra high temperatures (1st report, heat transfer of bare tube bundle immersed in fluidized bed)

机译：高性能陶瓷超高温热交换器的研究（第一份报告，裸管束在流化床中的传热）

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Studies were carried out to develop a high-performance ceramic heat exchanger for ultra high temperatures using a fluidized bed. Experiments were performed using a heat exchanger with a ceramic tube bundle immersed in the fluidized bed (maximum bed temperature was 1100℃). Although the cooling air temperature increased from 50℃ to more than 1000℃, fluidization remained Stable and the bed temperature uniform.

机译：进行了研究以开发使用流化床的超高温高性能陶瓷热交换器。使用换热器进行实验，将陶瓷管束浸入流化床中（最高床温为1100℃）。尽管冷却空气温度从50℃升高到1000℃以上，但流态化保持稳定，床温均匀。

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来源
《日本機械学会論文集. B編》 |1997年第615期|p.3700-3705|共6页
作者
Yuji Himeji; Masaya Kumada; Katsunori Hanamura;
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原文格式 PDF
正文语种 jpn
中图分类机械、仪表工业;
关键词
fluidized bed; heat exchanger; waste heat recovery;

机译：流化床热交换器;余热回收;

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机译：300 MW CFB锅炉流化床换热器高温再热管板传热特性研究。
2. Bed-to-tube heat transfer characteristics with an immersed horizontal tube in the pressurized fluidized bed at high temperature [J] . Yu Huang, Zhongkai Bao, Lunbo Duan, International Communications in Heat and Mass Transfer . 2021,第May期

机译：床位传热特性，高温下加压流化床中的浸渍水平管。
3. Heat Transfer on Tube Bundles Embedded Horizontally in a Liquid-Fluidized Bed: 2nd Report: On Tube Bundles of Fundamental Layouts Including In-Line Layouts [J] . Kenichi Hashizume, Ryosuke Onji, Shinpei Niiki, Heat transfer . 2009,第3期

机译：水平埋在液化床中的管束上的传热：第二份报告：关于管束的基本布局，包括串联布局
4. APPLICATION OF ARTIFICIAL NEURAL NETWORK FOR SINGLE HORIZONTAL BARE TUBE AND BARE TUBE BUNDLES IN GAS-SOLID (AIR-SOLID) FLUIDIZED BED OF SMALL AND LARGE PARTICLES: HEAT TRANSFER PREDICTIONS [C] . RAVINDRANATH GOVINDASWAMY, SAVITHA SRINIVASAN American Society of Mechanical Engineers international mechanical engineering congress and exposition . 2014

机译：人工神经网络在小颗粒气固（气固）化床单水平裸管和裸管束中的应用：传热预测
5. An experimental study of radiative and total heat transfer between a high temperature fluidized bed and an array of immersed tubes. [D] . Lei, David Hsien-Yu. 1988

机译：高温流化床与沉管阵列之间的辐射与总热传递的实验研究。
6. Experimental investigation on convective heat transfer and pressure drop of cone helically coiled tube heat exchanger using carbon nanotubes/water nanofluids [O] . K. Palanisamy, P.C. Mukesh Kumar 2019

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7. Basic studies on a fluidized bed heat exchanger. 1st report Heat transfer from single row horizontal cylindrical tubes immersed in floating low density particles. [O] . Masaya KUMADA, Ken OGAWA, Yoshinori WATANABE, 1987

机译：流化床热交换器的基础研究。第一报告从单行水平圆柱管中传热浸入浮动低密度颗粒中。

Studies on high-performance ceramic heat exchanger for ultra high temperatures (1st report, heat transfer of bare tube bundle immersed in fluidized bed)

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