1) face the wall
面壁
2) Wall
[英][wɔ:l] [美][wɔl]
壁面
1.
Effect of Wall on Mass Transfer Coefficient of Hollow Fiber Dialyzers;
壁面对中空纤维透析器传质系数的影响
2.
The law of the bubble motion near the wall;
近壁面气泡的运动规律研究
3.
Based on the assumption of potential flow,the coupled numerical model of bubble and wall is built and the model is calculated with boundary integral method and three-dimensional computing program is developed.
基于势流假设,建立气泡与壁面耦合数值模型,运用边界积分法求解,开发了三维计算程序,计算值与实验值吻合良好。
3) wall slip
壁面滑移
1.
Effects of temperature,solid particle size and concentration on wall slip behavior of coal-water slurry in pipelines;
温度和固相粒径与浓度对水煤浆管内流动壁面滑移的影响
2.
The role of pressure-dependent wall slip in the generation of hydrodynamic pressure in a sliding gap;
压力相关的壁面滑移在滑动间隙流体动压力产生中的作用(英文)
3.
Based on the analyses of wall slip mechanism of polymer melt flowing,the effects of wall slip on melt filling flow behavior in micro injection molding were investigated.
分析了微尺度下熔体壁面滑移机理,研究了微注塑成形中壁面滑移对熔体充模流动行为的影响。
4) surface of mould cavity
型腔壁面
1.
The process of mould filling for the flat plastic products with local sunk was investigated; an equation to calculate the side force on core protruding which causes fatigue stress craze on surface of mould cavity was formulated.
研究具有局部凹陷结构的板状制品注塑模具型腔的熔体充模过程,得出导致型腔壁面疲劳应力开裂的型芯凸块侧推力计算公式。
5) trihedral adherent wall
三面附壁
1.
This shows the grinding jet used for slit is based on the theory of trihedral adherent wall jet.
研究了油田油井中磨料射流割缝的机理,阐明了磨料射流割缝时流体在缝隙中流动的状态,讨论了水力喷砂割缝时射流流动情况,认为在套管中对套管割缝时系自由淹没射流,说明了油井中磨料射流割缝是三面附壁复合射流的原理,解释了不同材料在高压水射流作用下的破坏形式和为什么淹没磨料射流在压力很低的情况下仍然能够将靶距为1000mm以外的5mm钢板击穿。
6) surface obstacle
表面壁障
1.
The article analyzes and researches the changes of wool fabric surface modality after wool fabric treated by enzyme, through surface obstacle, dyeing uptake in different time and Allworden reaction, at the same time we draw an optimu.
针对羊毛纤维具有染料上染困难,织物穿着时易毡缩等缺点,将羊毛纤维进行酶处理,通过对处理后羊毛纤维的表面壁障、不同时间染料的上染情况以及Allworden反应,分析研究了酶处理后羊毛纤维表面形态的变化,并得出了羊毛酶处理的最佳优化工艺。
2.
The results showed that, after the H2O2 pretreatment, the proteases spread into the fibers more easily and formed the effects, and that Allworden phenomenon could take place on the wool treated with the two proteases, and the surface obstacle could be partially eliminated to increase the dyeing rate.
结果表明经双氧水预处理后,蛋白酶更容易向纤维内部扩散,并对其发生作用;羊毛经这2种蛋白酶处理后能发生Allworden现象并可部分消除其表面壁障,使上染率提高。
补充资料：面壁
【面壁】
（杂语）坐禅之异名。初祖达磨，住嵩山少林寺，面壁而坐，凡九年，不发一语。世所谓面壁九年是也。五灯会元一曰：“达磨寓止嵩山少林寺，面壁而坐，终日默然，人无测之，谓之壁观婆罗门。”
（杂语）坐禅之异名。初祖达磨，住嵩山少林寺，面壁而坐，凡九年，不发一语。世所谓面壁九年是也。五灯会元一曰：“达磨寓止嵩山少林寺，面壁而坐，终日默然，人无测之，谓之壁观婆罗门。”
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