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Effect of Internal Structure of Nozzle on Impingement Heat Transfer Performance of Single-beam Water Jet

机译：喷嘴内部结构对单梁水射流冲击传热性能的影响

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Fubo Zhang; Shuai Wang;
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1. Effect of Internal Structure of Nozzle on Impingement Heat Transfer Performance of Single-beam Water Jet [J] . Fubo Zhang, Shuai Wang ISIJ international . 2021,第3期

机译：喷嘴内部结构对单梁水射流冲击传热性能的影响
2. Effect of Internal Structure of Nozzle on Impingement Heat Transfer Performance of Single-beam Water Jet [J] . Fubo ZHANG, Shuai WANG ISIJ international . 2021,第3期

机译：喷嘴内部结构对单梁水射流冲击传热性能的影响
3. Jet emerging from an annular nozzle and impinging onto cylindrical cavity: effect of jet velocity on flow structure and heat transfer rates [J] . S Z Shuja B S Yilbas S M A Khan Proceedings of the Institution of Mechanical Engineers . 2008,第C6期

机译：射流从环形喷嘴射出并撞击到圆柱腔上：射流速度对流动结构和传热速率的影响
4. COMPARISON OF HEAT TRANSFER CHARACTERISTICS OF RADIAL JET REATTACHMENT NOZZLE TO IN-LINE IMPINGING JET NOZZLE [C] . J. Seyed-Yagoobi, V. Narayanan, R. H. Page, ASME Proceedings of the National Heat Transfer Conference . 1996

机译：径向喷射重新连接喷嘴传热特性与在线撞击喷射喷嘴的比较
5. Impinging jet heat transfer with turbulence enhancement at the nozzle. [D] . McCleave, Robert William. 1994

机译：在喷嘴处增加湍流，从而影响射流传热。
6. Impact of the TiO2 Nanosolution Concentration on Heat Transfer Enhancement of the Twin Impingement Jet of a Heated Aluminum Plate [O] . Mahir Faris Abdullah, Rozli Zulkifli, Zambri Harun, 2016

机译：TiO2纳米溶液浓度对加热铝板双撞击射流传热增强的影响
7. Heat transfer characteristics of an impinging inverse diffusion flame jet. Part II : impinging flame structure and impingement heat transfer [O] . Dong LL, Cheung CS, Leung CW 2007

机译：撞击逆扩散火焰射流的传热特性。第二部分：撞击火焰结构和撞击传热
8. Microfog Lubricant Application System for Advanced Turbine Engine Components, Phase 2. Tasks 3, 4 and 5 Wettability and Heat Transfer of Microfog Jets Impinging on a Heated Rotating Disc, and Evaluation of Reclassifying Nozzles and a Vortex Mist Generator [R] . Shim, J., Leonardi, S. J. 1972

机译：用于先进涡轮发动机部件的microfog润滑剂应用系统，第2阶段。任务3,4和5微流体喷射器的润湿性和传热冲击加热旋转盘，并评估重新分级喷嘴和涡流雾发生器

Effect of Internal Structure of Nozzle on Impingement Heat Transfer Performance of Single-beam Water Jet

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