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Visualization of Particle Recirculation Behavior and Estimation of Heat Transfer Enhancement due to Particle Convection in a Fluidized Bed.

机译：流化床中颗粒对流引起的颗粒再循环行为的可视化及传热增强的估计。

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Isao SATOH; Yasuo KUROSAKI; Soken TAKASE;
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年度 1997
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1. Visualization of particle recirculation behavior and estimation of heat transfer enhancement due to particle convection in a fluidized bed [J] . Isao Satoh, Yasuo Kurosaki, Soken Takase 日本機械学会論文集. B編 . 1997,第610期

机译：颗粒再循环行为的可视化和流化床中颗粒对流导致的传热增强估计
2. Anomalous enhancement of convective heat transfer with dispersed SiO_2 particles in ethylene glycol/water nanofluid [J] . Shunsuke Hashimoto, Koichi Kurazono, Takafumi Yamauchi International Journal of Heat and Mass Transfer . 2020,第Apra期

机译：乙二醇/水纳米流体中分散的SiO_2颗粒异常增强对流换热
3. Evaluation of convective heat transfer coefficient between fluids and particles in suspension as food model systems for natural convection using two methodologies [J] . A. Carino-Sarabia, J.F. Velez-Ruiz Journal of food engineering . 2013,第2期

机译：使用两种方法评估悬浮液中流体与颗粒之间的对流传热系数，作为自然对流的食物模型系统
4. Visualization of particle recirculation behavior and estimation of heat transfer enhancement due to particle convection in a fluidized bed [C] . Isao Satoh, Yasuo Kurosaki, Soken Takase National heat transfer conference . 1997

机译：颗粒再循环行为的可视化和流化床中颗粒对流导致的传热增强估计
5. Determination of particle and gas convective heat transfer components in a circulating fluidized bed. [D] . Fox, William Burgess. 1997

机译：循环流化床中颗粒和气体对流传热成分的测定。
6. CFD simulation of the effect of particle size on the nanofluids convective heat transfer in the developed region in a circular tube [O] . Reza Davarnejad, Sara Barati, Maryam Kooshki -1

机译：CFD模拟粒径对圆管发达区域中纳米流体对流传热的影响
7. A fundamental study of fluidization and heat transfer characteristics around a horizontal heated circular cylinder immersed in a fluidized bed. 2nd report. Effect of the properties of the particles and the device for promoting heat transfer. [O] . Hiroshi ISHIGURO, Yasuo KUROSAKI, Motokazu YASUI 1990

机译：水平加热圆柱周围的流化和传热特性的基本研究浸入流化床中。第二次报告。颗粒性质的影响和装置促进热传递。
8. Convective Heat Transfer Enhancement Using Alternating Magnetic Fields and Particle Laden Fluid Applied to the Microscale [R] . Golden, J. H. 2010

机译：利用交变磁场和粒子载流体在微尺度上的对流传热增强

Visualization of Particle Recirculation Behavior and Estimation of Heat Transfer Enhancement due to Particle Convection in a Fluidized Bed.

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