1) vapor lock
气阻
1.
Though vapor lock of swing arm and cavitation bubble collapse of pump indicate different objects, they have same physical significance, i.
鹤管气阻与泵汽蚀所指的对象不同,但两者具有相同的物理意义,都是指当液体介质的绝对压力小于其实时饱和蒸气压时所体现的物理现象。
2.
The vapor lock of light oil swing arm, which is a technical issue to be solved, has been puzzling the people related to oil.
鹤管气阻长期困扰着储运界及油库工作人员,是一个迫切需要解决的技术难题。
3.
In this article,the analysis on the causes and influence factors of vapor lock of railway swing arm for unloading oil are carried out,and a computational practical example is given.
分析了铁路卸油鹤管气阻产生的原因和影响因素,并给出了分析计算实例。
2) air-lock
气阻
1.
This article expatiates the air-lock principle of unloading crane-form pipeline and introduces the check meaning and method for the air-lock.
油罐车在高温季节和高原地区接卸汽油时经常产生鹤管气阻现象,导致罐车下部的油料不能下卸。
2.
In the article,the installation condition of pump without air-lock and cavitation are given.
对火车卸槽、码头卸油等常用工况进行了计算,给出了无气阻、无汽蚀时泵的安装条件,为泵的选用与吸入装置的设计提供了方便。
3.
For the rail tank wagon,an analysis is made to the issues that top-unloading oil of vacuum unloading system will produce tail gas from vacuum pump and air-lock due to high temperature.
对铁路卸油系统采用真空虹吸引流上卸方式过程中易产生真空泵尾气和高温时的气阻断流问题进行了分析,提出了卸油系统的改造方法。
3) air resistance
气阻
1.
Mechanism of self - absorption centrifugal pump overcoming behavior air resistance;
用自吸式离心泵克服工况气阻的原理及操作
2.
At present,there are three different kinds of gas block well cementation milk systems:High air resistance,slow weightlessness,and micro-dilatancy systems.
目前,固井界使用的防气窜水泥浆体系主要有3种:高气阻、缓失重和微膨胀体系。
3.
The influence of air resistance and soil bulk density on infiltration rate, accumulative infiltration and wetting front was analyzed, and the average water content increment during infiltration was researched.
分析了土壤容重和气阻对一维垂直积水入渗的入渗率、累积入渗量以及湿润锋的影响,并对入渗过程中土壤平均含水率增量进行了研究。
4) gas resistance
气阻
1.
Simulation of flue gas desulfurization by rotating packed bed filled with holed disk packing and gas resistance in the process;
碟片填料旋转填充床模拟烟气脱硫及气阻
2.
The influence of inter equipments on the flow in throat is analyzed, At the same time, Influence weight of different equipment on throat’s gas resistance is compared, lastly improved advice is given out.
应用数值模拟的方法对凝汽器喉部的流场进行了计算和分析,通过对内部是否布置低压加热器、减温减压装置等辅助设备情况的模拟,分析了内部设备对于喉部流动的影响,同时比较了不同设备对于喉部气阻的影响权重,最后给出了用以改进喉部性能的改进意见。
5) air lock
气阻
1.
The cause analysis of air lock for the automobiles used in plateau is carried out.
分析了高原地区汽油机车易产生气阻的原因,指出自然环境、油品品质、车辆供油系统结构和人为因素是导致气阻产生的主要因素。
2.
The solution of problems such as water hammer,hard to dispose the noncondensables,air lock and selection of steam trap were discussed to save energy,protect environment and lower the cost.
指出蒸气凝结水回收的重要性的同时对炼油厂蒸气凝结水回收系统中存在的诸如水击、非凝结性气体不能排除、气阻及疏水阀的选型安装等问题的解决办法进行了探讨。
6) vapor lock
(燃气系)气阻
补充资料：气阻效应
分子式：
CAS号：
性质：指气泡通过毛细也时需要变形面对液体流动产生的阻力效应。
CAS号：
性质：指气泡通过毛细也时需要变形面对液体流动产生的阻力效应。
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