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Modification on prediction method of heat transfer coefficient from a vertical-finite-length cylinder in saturated film boiling to discuss local heat transfer performance near the lower corner

机译：从饱和膜沸腾中垂直有限长圆柱预测方法的修改，讨论下角局部传热性能

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Win PA PA MYO; Satoru MOMOKI; Tomohiko YAMAGUCHI;
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1. Modification on prediction method of heat transfer coefficient from a vertical-finite-length cylinder in saturated film boiling to discuss local heat transfer performance near the lower corner [J] . Win PA PA MYO, Satoru MOMOKI, Tomohiko YAMAGUCHI Journal of Thermal Science and Technology . 2018,第1期

机译：修改了垂直有限长圆柱在饱和膜沸腾中的传热系数预测方法，以讨论下角附近的局部传热性能
2. Prediction of Heat Transfer Coefficient in Saturated Flow Boiling Heat Transfer in Parallel Rectangular Microchannel Heat Sinks: An Experimental Study [J] . Burak Markal, Orhan Aydin, Mete Avci Heat Transfer Engineering . 2017,第16a18期

机译：矩形矩形平行微通道散热器中饱和流沸腾传热的传热系数预测：实验研究
3. Prediction of Local Bundle Boiling Heat Transfer Coefficients: Pure Refrigerant Boiling on Plain, Low Fin, and Turbo-BII HP Tube Bundles [J] . JOHN R. THOME, DOUGLAS M. ROBINSON Heat Transfer Engineering . 2006,第10期

机译：本地束沸腾换热系数的预测：纯制冷剂在普通，低翅片和Turbo-BII HP管束上的沸腾
4. Consideration of Heat Transfer Performance and the Collapse Point of Vapor Film in the Saturated Transient Film Boiling around a Finite-Length Vertical Cylinder [C] . Satoru MOMOKI, Win PAPAMYO, Tomohiko YAMAGUCHI 日本伝熱シンポジウム . 2017

机译：饱和瞬态膜沸腾蒸汽膜中的传热性能和蒸汽膜塌陷的考虑
5. ESTIMATION OF TRANSIENT HEAT TRANSFER COEFFICIENTS IN MULTIDIMENSIONAL PROBLEMS BY USING INVERSE HEAT TRANSFER METHODS [D] . OSMAN, ARAFA MOHAMED. 1987

机译：逆向传热方法估算多维问题中的瞬态传热系数
6. Enhanced heat transfer is dependent on thickness of graphene films: the heat dissipation during boiling [O] . Ho Seon Ahn, Jin Man Kim, TaeJoo Kim, -1

机译：增强的热传递取决于石墨烯薄膜的厚度：沸腾过程中的散热
7. Closure to “Discussion of ‘Determination of Boiling Film Coefficient for a Heated Horizontal Tube in Water-Saturated Wick Material’” (1961, ASME J. Heat Transfer, 83, p. 76) [O] . William D. Allingham, Jack A. McEntire 1961

机译：闭合“讨论”水饱和芯材料中加热水平管的沸腾膜系数“”（1961，Asme J.传热，83，第76页）
8. Ninety Degree Skew Leading Edge Film Cooling Effectiveness, Heat Transfer, and Discharge Coefficients for Cylindrical Film Holes at High Free Stream Turbulence [R] . Ou, S. , Rivir, R. 2003

机译：高自由流湍流下圆柱形薄膜孔的90度偏斜前缘薄膜冷却效率，传热和放电系数

Modification on prediction method of heat transfer coefficient from a vertical-finite-length cylinder in saturated film boiling to discuss local heat transfer performance near the lower corner

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