1) capillary microgrooves
毛细微槽群
1.
Theoretical analysis of axial dryout point height in vertical rectangular capillary microgrooves;
竖直矩形毛细微槽群轴向干涸高度的理论分析
2.
Dryout characteristics of evaporating liquid in vertical capillary microgrooves heat sink;
竖直毛细微槽群热沉中蒸发液体的干涸特性
3.
Using a wide field stereo-microscope,a high-speed camera and a CCD video camera,liquid dryout behaviors and axial wetting height in vertical rectangular capillary microgrooves were observed and measured under the conditions of pure evaporation and boiling heat transfer.
实验结果表明:竖直矩形毛细微槽群是一种高性能的相变换热强化表面,微槽中液体的蒸发与沸腾对干涸点高度的变化有着复杂的影响,热流密度和相变换热系数沿槽道方向的分布不均匀。
2) rectangle capillary microgroove groups
矩形毛细微槽群
1.
In this paper,with high speed camera,the visualization experiments for the heat transfer characteristics of spray cooling on rectangle capillary microgroove groups surface were carried out.
本文利用高速摄影仪对具有矩形毛细微槽群结构的加热表面进行喷雾冷却的传热特性进行了可视化实验研究。
3) rectangular capillary microgroove
矩形毛细微槽
1.
With the help of a CCD video camera and a wide-field stereo-microscope,the triple-phase contact line in a triangle-wetting region of a rectangular capillary microgroove is visualized.
利用CCD和宽视场体视显微镜相结合的技术,拍摄了矩形毛细微槽内液体工质在三角形区域的润湿图像,并进行了图像处理,研究结果表明:随着热流密度的增加,三角形区域内的三相接触线向微槽底角收缩,导致三相接触线的长度减小,液膜厚度减小;随着微槽深度的增加,三角形区域的接触线长度减小;随着微槽宽度和倾斜角度的增加,三角形区域内的接触线长度增加,液膜厚度增加。
4) Microgrooves
微槽群
1.
Infrared thermal images of vapor-liquid interface′s temperature distribution in microgrooves;
微槽群内汽液界面温度分布的红外热成像
5) micro trench
微细凹槽
1.
The no-blemish copper deposition in micro trench is the essential problem needing to be resolved in the development of ULSI manufacture.
微细凹槽内无空洞和缝隙缺陷镀铜是集成电路芯片铜布线制造工艺技术发展中需解决的一个关键问题。
6) mini-channel
微细槽道
1.
Experimental and numerical study on the performances of mini-channel heat sinks
微细槽道散热器性能实验和数值研究
补充资料：SL-600型细微物料连续排矿射流离心选矿机
SL-600型细微物料连续排矿射流离心选矿机
SL一600型细微物料连续排矿射流离心选矿机
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