1) liquid lift-up
液体提升量
1.
With the airwater system,the influences of the clear liquid height and height of cap on tray pressure drop,weeping and liquid lift-up were investigated.
并利用空气—水系统测定了清液层高度及罩体高度等关键参数对湿板压降、漏液、液体提升量的影响,实验表明:立体催化精馏塔板湿板压降随清液层高度的增大而增大,成正比关系,罩体高度对湿板压降影响很小;漏液受清液层高度和罩体高度的影响较复杂,因板孔动能因子的不同而有所不同;液体提升量随清液层高度的增大而增大,随罩体高度的增大而减小。
2) relative elevated liquid quantity
相对液体提升量
3) raising liquid
提升液体
1.
This paper theoretically analyses the process of raising liquid with gas pressure transber, derives the fundamental equations, and points out the basic conditions for carrying out the process.
本文对于利用气体传压提升液体过程进行理论分析,导出基本方程,并指出此过程可进行的基本条件。
4) Globally Hydraulic Hoisting Technique
液压整体提升
1.
Application of Globally Hydraulic Hoisting Technique to Construction of Steel Structure Roof;
浅析液压整体提升工艺在大型钢结构屋盖施工中的应用
5) hydraulic lifting
液压提升
1.
5m by applying the advanced automatic control hydraulic lifting technology,and then translated to the position.
施工中采用先进的全自动控制液压提升技术提升至104。
2.
By applying PC and PLC and video monitoring to the hydraulic lifting system, the accuracy of testing and control is improved and cost is reduced, volume is minimized and reliability is increased in the control system.
通过PC和PLC控制技术及视频监控技术在液压提升系统中的运用,提高了检测和控制精度,降低了控制系统的成本,减小了控制系统的体积,提高了系统的可靠性。
3.
In this article, authors introduce the upside\|down construction of boiler components in the second stage 2×900MW extension project of Shanghai Waigaoqiao Power Station, conclude application of hydraulic lifting equipment in construction of thermal power stations, and perfect the hydraulic lifting construction technology.
通过介绍上海外高桥电厂二期2×900MW扩建工程锅炉组件的节段倒装施工,总结了液压提升设备在火力发电建设中的应用,进一步完善了液压提升方案的施工工艺。
6) lifting cylinder
提升缸<液>
补充资料：液体出入量
液体出入量
病人在24小时内所摄入的(包括饮食、输液等）和排出的(包括尿和呕吐物等）液体总量。液体出入量的计算，可反映病人体内液体代谢的状况，在治疗上根据病情的需要，较精确地维持其液体平衡。
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