1) kinetic pressure
动压力，动压
2) drivers/pressure
动力/压力
3) pressure fluctuation
压力波动
1.
Chaotic analysis of pressure fluctuations in impinging region of SCISR;
浸没循环撞击流反应器撞击区压力波动的混沌分析
2.
Simulation experiment on oil recovery mechanism in pressure fluctuation;
压力波动采油机理的模拟实验
3.
Hurst's analysis of pressure fluctuation in gas-solid spouted beds;
气固喷动床压力波动的Hurst分析
4) threshold pressure
启动压力
1.
Experimental study on threshold pressure of extra low permeability reservoir during gas injection;
特低渗透油藏气驱启动压力实验研究
2.
A research on the seepage flow pattern of low-permeability reservoirs under consideration of threshold pressure and pressure-sensitive effect:a case of Member L1 in Weixi'nan depression
综合考虑启动压力和压敏效应的低渗透油藏渗流规律研究——以涠西南凹陷L_1段为例
3.
The viewpoint of there isn’t threshold pressure is doubted
质疑不存在启动压力之观点
5) pressure fluctuation
压力脉动
1.
Characteristics of pressure fluctuation in standpipe at negative pressure gradient in circulating fluidized bed;
气固循环流化床负压差下料立管的压力脉动特性
2.
Wavelets analysis of pressure fluctuation in agitated fluidized bed;
气固搅拌流化床压力脉动的小波分析
3.
Characteristics of pressure fluctuation in submerged circulative impinging stream reactor;
浸没循环撞击流反应器的压力脉动特性
6) pressure behavior
压力动态
1.
Analysis on pressure behavior of trilinear flow model of vertical fracture wells in triple porosity reservoir;
三重介质三线性流垂直裂缝井压力动态分析
2.
Well test analysis methods used before only consider the effect of wellbore storage on well pressure behavior but not the effect of its variation, which greatly affect pressure performance due to the characteristics of condensate gas reservoirs.
以前的试井分析方法虽然考虑了井筒存储的影响,但没有考虑井筒存储变化对压力动态的影响。
3.
Productivity and pressure behavior have always been hot spots of multi-lateral well study.
产能和压力动态一直是分支水平井研究的热点问题,本文调研了国内外研究产能和压力动态的主要方法及其核心思想,并分析了其各自的优缺点。
补充资料：动压力
分子式：
CAS号：
性质：是流体流动时，由流体的流速而产生的压力。在工程单位制中，流体的动能为Gv2/2g，式中，G为流体的重量，kg；v为流体的流速，m/s；g为重力加速度，m/s2。流体的体积为V，m3，则单位体积流体所具有的能量为Gv2/V2g，G/V为流体的重度γ，上式可写为γv2/2g单位kg/m2。
CAS号：
性质：是流体流动时，由流体的流速而产生的压力。在工程单位制中，流体的动能为Gv2/2g，式中，G为流体的重量，kg；v为流体的流速，m/s；g为重力加速度，m/s2。流体的体积为V，m3，则单位体积流体所具有的能量为Gv2/V2g，G/V为流体的重度γ，上式可写为γv2/2g单位kg/m2。
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