1) perforation production velocity
炮眼流动速度
2) ocular blood flow velocity
眼血流速度
3) depth of dynamite hole
炮眼深度
1.
Based on the construction method of Yakou Tunnel of Neikun Railway, this thesis introduces the factors that influence the depth of dynamite holes and present the reasonable circulating footage of tunneling construction under different enclosing conditions by using statistics and analyzing each proce- dure time of every circulating footage in different types of enclosing rock.
结合内昆铁路垭口隧道的施工,论述隧道围岩条件对炮眼深度的影响因素,通过对不同类别围岩每一掘进循环中各工序时间的统计分析,提出了在不同围岩情况下,隧道施工的合理循环进尺。
2.
Author put forward some proposals such as the depth of dynamite hole,shape of underholin,parameter of underholin and control dynamite.
该篇论文从炮眼深度、掏槽爆破、光面爆破几个方面探讨岩巷施工中应注意的一些问题。
4) perf length
炮眼长度
5) flow rate
流动速度
1.
α-Al_2O_3 membrane coating(top layer)was formed by dip-coating and the effects of microstructure of supports and technological controllers of film coating,which included dipping time and the flow rates of the suspension into/out the supports,on the membrane thickness were investigated based on experiments.
以“浸浆”成型法制备α-Al2O3陶瓷膜过程为研究对象,提出以载体的纯水渗透性能关联载体的微结构参数来预测载体对膜厚度的总体影响的方法·实验考察了涂膜工艺参数(浸浆时间和流动速度)以及载体纯水渗透性能对膜厚度的影响·结果表明:浸浆时间越长,所形成的膜层厚度越厚且膜厚度与浸浆时间的1/2次方呈正比·而当载体孔道被完全充满后,膜厚度随着时间延长而下降;在制膜液进入载体和脱离载体过程中,膜厚度首先随着制膜液的流动速度的2/3次方线性增长,当流动速度超过一定值后,膜厚度不再变化;载体的渗透性能越优越,越有利于膜厚的形成,且膜厚度与载体的纯水渗透通量呈线性关系。
2.
The flow rate of liquid glass in the tin bath is influenced by the viscous force of liquid glass,edge roller and other forces.
玻璃液在锡槽内的流动速度受玻璃液粘滞力、拉边机作用及其它力的影响,清楚了解玻璃液与它们之间的关系,有利于调控玻璃质量及品种。
6) Flow Velocity
流动速度
1.
Analysis on flow velocity and equivalent strain of the metal in the process of liquid extrusion;
液态挤压过程中金属流动速度与等效应变的分析
2.
In order to study the influence of flow parameter on gas anchor separation efficiency quantitatively,a gas anchor and related experiment apparatus are designed and two important parameters,flow velocity and gas oil ratio,that influence separation efficiency studied.
为定量研究流动参数对气锚分气效率的影响,设计加工了实验用的气锚和相应的配套装置,对流动速度和气液比这两个影响气锚分气效率的重要因素及流体在气锚中的流动特点进行了研究。
补充资料：血流速度
血流速度
血液在血管内流动的线速度，即一个质点在血流中前进的速度。
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