transfer velocity

The effects of the temperature jump and the velocity slip on the heat transfer for the slip-flow regime in the cold trap of the freeze dryer are considered.

对真空冷阱中处于滑流区的气体换热，应考虑温度跳跃和速度滑移对换热的影响。

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Heat Transfer Behavior of Atomized Droplets During High Velocity Arc Spraying

高速电弧喷涂雾化熔滴的热传输行为

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First order slip velocity and jump temperature boundary conditions are employed to deter-mine the developing flow and heat transfer in the entrance region of a microtube.

基于圆形微通道的能量守恒及热传导方程，在考虑速度滑移和温度跳跃的情况下，利用逆解法得到了一个热充分发展的温度场计算式。

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With increasing value of height width ratio of water channel K, both the velocity of water flow in the cooled jacket and equivalent heat transfer area of water channel section decreased so that the cooling capacity of cooled jacket was weaken.

水道高宽比K值对水冷套冷却能力的影响规律是：K值增加，水道内水流速、等效传热面积均减小，水套的冷却能力降低。

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Systematic experiments have been made to study the effective factors to carbon transfer coefficient including carburizing temperature, atmosphere carbon potential, Al 2O 3 particle diameter and surfacial fluidizing velocity based on the carburizing gas resource of butane and air in a fluidized bed furnace.

以丁烷加空气为流态化渗碳气源，系统试验研究了流态化渗碳温度、气氛碳势、刚玉粒径及表观流态化速度等对碳传递系数的影响。

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This article present the theoretical analysis of gas flow and heat transfer in micro rectangular channels in the regime of velocity slip and temperature jump.

分析了微矩形槽道内的不可压缩气体在速度滑移和温度跳跃区的流动和传热过程。

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According to experimental data, adsorptive mass transfer velocity coefficient and adsorption isotherm were calculated and analyzed.

并利用上述实验数据从理论上计算分析吸附总传质系数K（FaV）和吸附等温线。

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By this model, the turbulent mass transfer diffusivity, the three-dimensional velocity/ concentration profiles and the efficiency of chemical equipment can be predicted simultaneously.

使用这一模型可同时计算出湍流传质扩散系数、三维浓度场和速度场分布。

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On-line Algorithm for Constructing Velocity Matching Data of Master INS for Transfer Alignment

传递对准中主惯导速度匹配量的实时构造算法

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In the condition of without seepage, this paper analyzed the heat transfer performance of ground heat exchanger at different flow velocity within tubes and obtained the ground temperature field thermal influencing radius.

针对无渗流的情况，模拟分析了不同管内流速下地埋管换热器的换热性能，得到了不同管内流速下的土壤温度场和热作用半径分布。

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Furthermore, increasing fluid velocity enhances convective heat transfer in channels.

气体流速的增加有利于强化换热.

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