pressure jump
英 [ˈpreʃə(r) dʒʌmp]
美 [ˈpreʃər dʒʌmp]
网络 压力跃变; 气压跃动
双语例句
- A Study of the Pressure Jump of the Servo System with Asymmetric Cylinder
非对称液压缸系统压力跃变的研究 - The results show that all the water level, the atmospheric pressure and the switch of the power supply cannot cause the sudden jump of the observed data.
研究结果表明，水位、气压、电源切换等因素不会引起体应变仪观测曲线的突跳。 - The energy change is irrelevant with temperature and is caused only by the pressure, so it is proved that the mechanical energy can directly excite the energy level jump of the rock's molecules at vibration state with no intermediate physical process of rock's generating heat needed.
这个变化与温度无关，完全由压力引起，这就证明了机械能能直接激发岩石分子振动态能级之间的跃迁，不需要经历岩石生热的中间物理过程。 - The results show that the gas rarefaction makes the pressure distribution more linear. Both the slip velocity and jump temperature at the inlet and outlet of the microchannel increase with the increase of Kn numbers.
结果表明，由于气体的稀薄性，压力呈现更加线性化减小的趋势，随着Kn的增加，通道入口与出口处的滑移速度和跳跃温度呈现增加的趋势。 - A preliminary investigation for the formation of pressure jump produced by the mountain in a two-layer model
二层模式中小地形对于气压跳跃形成的初步研究 - Stochastic Analysis of Pressure Fluctuations Beneath Hydraulic Jump and Primary Discussion on Scale of Turbulence Scale Effects on Cavitation Inception
水跃底部脉动压力随机分析及紊动比尺初探初生空化的主要影响因素及比尺影响 - Analytical Method Systematic Pressure Jump for Asymmetrical Hydraulic Cylinder Based on MATLAB/ SIMULINK
基于MATLAB/SIMULINK的非对称缸系统压力跃变的分析方法 - The Correction Factor of the Pressure of Cross Section Before A Hydraulic Jump in Stilling Basins Under Nappe Flow of Stepped Spillways
跌落水流时台阶式溢洪道消力池跃前断面压力修正系数 - A relationship analysis between the summer sea level pressure jump and summer temperature and rainfall in China in 1960s
60年代夏季海平面气压跃变及其与我国夏季温度、降水的相关分析 - Pressure fluctuations acting on vertical guide wall in submerged hydraulic jump
淹没水跃导墙上脉动压力的幅频特性 - The higher the reduced frequence, the less its influence on variable pressure jump;
振动频率越高对激波的影响反而较低频时要小； - Compensation of the Non-linearity and the Pressure Jump for Servo Valve Controlling Asymmetric Hydraulic Cylinder
阀控非对称液压缸的非线性及压力跃变的补偿 - Velocity and pressure sensitivities caused by pressure jump are the third potential damage factors.
由压力突增而形成的速敏、压敏是第三位的潜在伤害因素。 - At present, because of the fierce competition in the market economy, overload-work and job pressure which is too heavy to bear, is now become a social phenomenon, such as "the death of overload-work"," the thirteen jump of Foxcon".
目前，由于国内市场经济的激烈竞争，工作超负荷及工作压力过大成为如今社会普遍存在的现象，从而出现了诸如过劳死、富士康十三跳等社会现象。