fluid pressure中文是什么意思

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中文翻译
造句

流体压力，流体静力学压力。

fluid n. 流体，液。 body fluid 体液。 cool ...
pressure n. 1.压；按；挤；榨。 2.【物理学】压力，压强；大 ...
fluid-pressure 流体压力
pressure fluid 加压流体; 受压流体; 受压液体; 压力油; 液压系统工作液体; 增压液体
abnormal fluid pressure 异常流体压力
abnormal pore fluid pressure 异常孔隙流体压力
absolute static pressure of the fluid 流体绝对静压
active fluid pressure 有效流体压力
cerebrospinal fluid pressure 脑脊液压
csfcerebrospinal fluid pressure 脑脊液压
decreased cerebrospinal fluid pressure 脑脊液压减低
dynamic pressure of fluid element 流体单元动压
equivalent fluid pressure 当量液压
fluid column pressure 液柱压力
fluid differential pressure gage 液体差压计
fluid differential pressure gauge 液体差压计
fluid film pressure 流体膜压
fluid power pressure 流体压力
fluid pressure amplification 液体压力增幅
fluid pressure booster 流体压力加强鼓风机
fluid pressure extruding 液压挤压
fluid pressure field 流体静压场
fluid pressure governer 液压调节器
fluid pressure governor 流体压力调速器; 液压调节器; 液压调速器
fluid pressure line 液压管路; 液压系统压力管路

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例句与用法

Ak series intelligent pressure transmitter which is universal intelligent series transmitter , it introduced advanced production technology from america and japan adopts the world leading technique , pass through strict quality control . this kind of transmitter is searched and developed independently by our company that is pressure detect transmit unit in the industrial automation control system . it measures fluid pressure in the industry process and converts it into 420 ma dc signal output ; at the same time , it may be remote parameter setup , remote control , self - diagnosis by field hart protocol
是引进美国和日本的先进生产工艺，采用世界领先技术，经过严格的品质管理，由我公司自行研制和开发的通用智能型系列变送器，是工业自动化控制系统的压力检测变送单元，它测量工业过程流体压力，将其转化成4ma 20ma dc信号输出，同时通过现场hart协议可进行远程参数设定远程控制自诊断等功能。
Thirdly , cbt ' s characteristic of the strain v . s . the applied pressure is studied , on the basis of this , a new scheme of the straight bourdon tube ( sbt ) is presented , a sbt is designed and fabricated , and then the strain - pressure characteristics of both the cbt and sbt are measured experimentally using a strain measuring technique , a comparison between the cbt ' s and sbt ' s strain characteristics is also made . finally , theoretical models of a fbg fluid pressure sensing system scheme based on the bourdon tube are developed , and a fbg - based fluid pressure sensing system using the transverse strain - pressure characteristic of the sbt is designed and set up
首先，详细介绍了fbg的基本光学传感特性，并测量了fbg的温度、应变特性；其次，研究了c型弹簧管的位移?压力特性，并利用ccd成像和计算机图像处理技术对其进行了非接触测量；再次，研究了c型弹簧管的应变?压力特性，在此基础上提出直弹簧管的设计方案，并制作了直弹簧管，采用应变测量技术对c型弹簧管和直弹簧管的应变?压力特性分别进行了测量，对两者的应变特性做了比较；最后，建立了基于弹簧管的fbg压力传感系统理论模型，设计完成了基于直弹簧管横向应变?压力特性的fbg流体压力传感系统。
Air piston pump adopts the theory that " pressure " applying force on various areas and can produce various " acting force " , the pump takes the origin that the compressed air is compressed energy , and transforms the pressure of compressed air into more fluid pressure , pressing fluid move in order to achieve the aim of high viscosity and ultra - viscosity fluid
气动柱塞泵是利用“压力”在不同的面积上施力，产生不同“作用压力”的原理，以压缩空气为压力能量的来源，将压缩空气的压力转换成更大的流体压力，压迫流体移动，进而达到输送高黏度及超高黏度流体的目的。
In pumping fluid with gas , pressure boost can be improved by enhancing the pump rotation speed , thereby improving the performance of the pump to a certain degree ; when the gas content is constant , by increasing the inlet pressure , the pressure boost can be enhanced and the pump efficiency be improved remarkably ; when the gas content is rather high , there will be a problem of matching between the gas pressure and the fluid pressure ; the performance of the multiphase pump can also be improved by means of rational design of buffer vessel and homogenizer
试验分析认为，气液混输工况下，提高泵转速可以提高增压，在一定程度上能改善多相泵的工作性能；含气率一定时，增加进口压力，可使多相泵增压值增大，泵效明显增加，最大含气率点后移，但含气率很高时，存在气液压力相匹配问题；改进缓冲罐和均化器的设计，有利于气液互相夹带，避免气囊产生，可改善多相泵的输送性能。
Base on the kinematics relation of ctp , the corresponding reynolds equation or average reynolds equation , fluid film thickness equation under qusi - stable state in polar coordinates , balance equations of load and moments under full - film contact and partial - film contact states were set up respectively . these model equations were calculated by the finite difference method , and the instantaneous 3 - d distribution of fluid pressure and the slurry film was simulated by the matlab software
根据ctp的运动关系,分别建立了极坐标下,全膜接触工况时的非稳态牛顿流体在ctp过程中的一般reynolds方程、流体膜厚方程、载荷平衡方程和转矩平衡方程,以及部分膜接触工况下的平均reynolds方程、平均膜厚方程、接触压力方程、总载荷平衡方程和总转矩平衡方程。