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Enhancement of forced convective heat transfer in a rectangular channel using thin plate-type obstacles. 1st report. Basic characteristics of heat transfer and pressure drop at single phase flow.

机译：薄板型障碍物的矩形通道中强制对流传热的增强。第一个报告。单相流动传热和压降的基本特征。

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Koji SHIlNA; Shozo NAKAMURA; Nobuo SHIMIZU;
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年度 1988
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1. Experimental Study of Differences in Single-Phase Forced-Convection Heat Transfer Characteristics between Upflow and Downflow for Narrow Rectangular Channel [J] . Yukio SUDO, Keiichi MIYATA, Hiromasa IKAWA, Journal of nuclear science and technology . 1985,第3期

机译：矩形矩形通道上，下流动单相强制对流换热特性差异的实验研究
2. Single- Phase Forced Convection Heat Transfer in Micro Rectangular Channels [J] . ZHAO Zeng-hui, YU Jian-zu Chinese journal of aeronautics . 2003,第1期

机译：微矩形通道中的单相强制对流换热
3. Theoretical study in single-phase forced-convection heat transfer characteristics for narrow annuli fuel coolant channels [J] . F. M. Bsebsu, G. Bede Periodica Polytechnica. Mechanical Engineering . 2002,第1期

机译：狭窄环形燃料冷却剂通道单相强制对流换热特性的理论研究
4. A STUDY ON HEAT TRANSFER AND PRESSURE DROP CHARACTERISTICS FOR SINGLE PHASE FLOW IN RECTANGULAR MICROCHANNEL [C] . Mun J. H., Kim S. C., Kim Y. L., Congres International du Froid de I'IIF . 2011

机译：矩形微通道单相流传热和压降特性研究
5. Heat transfer and pressure drop characteristics of a single enhanced tube for single phase flow [D] . Li, Ming. 2015

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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. Enhancement of forced convective heat transfer in a rectangular channel using thin plate-type obstacles. 2nd report. Heat transfer and pressure drop characteristics using spacer configuration. [O] . Koji SHIINA, Shozo NAKAMURA, Wataru SAGAWA 1989

机译：薄板型障碍物的矩形通道中强制对流传热的增强。第二次报告。使用间隔配置传热和压降特性。
8. Single-Phase Heat Transfer and Pressure Drop Characteristics of an Integral-Spine-Fin Within an Annulus [R] . Kedzierski, M. A., Kim, M. S. 1994

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Enhancement of forced convective heat transfer in a rectangular channel using thin plate-type obstacles. 1st report. Basic characteristics of heat transfer and pressure drop at single phase flow.

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