1) microchannel gas flow
微槽道气流
2) gas flows in microchannel
微槽道气体流动
3) microchannel
微槽道
1.
Finite length microchannel flow in transitional regime(—Analytical prediction compared with experiment);
有限长度的过渡领域微槽道流动(—分析预测和试验的比较)(英文)
2.
PIV measurement and simulation in a curved microchannel;
弯曲微槽道内流场的PIV测量和数值模拟
3.
Heat transfer mechanism of saturated boiling flow in the veridical rectangular microchannels;
竖直矩形微槽道内的饱和沸腾换热研究
4) Micro channel
微槽道
1.
The flows in finite long flat plate and micro channel were simulated by the information preservation method.
本文运用信息保存法对低速二维的流动现象进行模拟,考察了低速条件下的有限平板绕流以及微槽道气体流动问题。
5) micro-channel
微槽道
1.
Study on the manufacturing process of micro-channel reactor for methanol reforming;
甲醇重整微槽道反应器加工工艺的研究
2.
2D simulation of couette flows in micro-channel;
二维微槽道内的流动模拟
3.
The algorithm of gaseous flow in two-dimensional micro-channels was set up and the corresponding program based on micro-flow theory was developed.
基于微尺度流动的滑移模型,建立了二维微槽道内气体流动的计算方法,并开发了计算程序。
6) micro-channels
微槽道
1.
Based on the assumption of locally fully developed flow and slip-fiow theory, we preseota method to simulate the heat transfer and momentum exchange of gas with a solid surfacein micro-channels, and the method was proved by comparing with Pfahler s exprimentalresults.
基于此，通过引入Knudsen数，以局部充分发展流动假设为前提，在N－S方程基础上，数值模拟了微槽道的流动与换热情况，并与国外的实验结果进行了对比分析[5-6]。
2.
The velocity profiles and temperature distributions of gas flows in micro-channels, for Knudsen numbers ranging from 0.
2范围内气体微槽道流动的速度和温度分布。
补充资料：微孔膜电解槽
分子式：
CAS号：
性质：改进的电解食盐溶液隔膜电解槽。用聚合物制成微孔膜代替石棉，具有平滑而均匀的表面，可使两极间距缩小，从而有效地降低槽电压。目前尚处于工业试验阶段。
CAS号：
性质：改进的电解食盐溶液隔膜电解槽。用聚合物制成微孔膜代替石棉，具有平滑而均匀的表面，可使两极间距缩小，从而有效地降低槽电压。目前尚处于工业试验阶段。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条