1) constant volume flux of slurry
等体积流量
1.
With an aim to solve the long-term existing problem of the cracks in flow-front during thixo-forging,a new theory of constant volume flux of slurry was put forward in optimizing die design.
针对半固态成形,特别是触变锻造成形中浆料流动前沿开裂等质量问题,首次提出了流动前沿等体积流量的概念,并将其运用到半固态成形模具优化设计中。
2) equivalent flow and equivalent volume
等价流量和等价体积
3) volume flux
体积流量
1.
This spread is proved clearly to be equivalent by comparing volume flux of incompressible fluid calculated in Cartesian coordinate and column coordinate with proper approximation.
详细推导出在合理近似的条件下,展开前后不同结构计算的不可压缩流体的体积流量相等的结果,从而证明了这种展开方式的等效性,为进一步讨论环矩形静压垫的特性提供了方便,有利于环矩形静压垫的设计和应用。
2.
The effective area,load-carrying capacity,volume flux and stiffness of annular rectangular cushion has been discussed and applied formulars are gained in the light of fluid lubricative theories.
根据流体润滑理论对环矩 形静压垫的有效承载面积、体积流量、刚度、承载能力等主要静特性进行了研究,推导出了比较实用 的计算公式。
3.
In order to change the behindhand state in measurement of natural gas of Liaohe oil field, we make the technique reformation, using the normal hole-board, intelligent sensor, natural gas compression factor, arithmetic of volume flux and compensatory technology.
为了改变辽河油田天然气落后的计量状态，我们采用标准孔板、智能传感器、国际标准天然气压缩因子、体积流量算法和补偿技术进行天然气计量技术改造。
4) volume flow rate
体积流量
1.
In the Shimadizu HPLC system,the model has been testified that the volume flow rate of the mobile phase has a linear effect on the lose of mechanical energy,while the effect of viscosity to k_2 is less remarkable than that of volume flow rate.
以流体机械能守恒定律为依据,建立了流动相在液相色谱系统中的流体动力学模型P=k1+k2qv,并以典型的液相色谱系统证明了其正确性,即流动相的体积流量和其在色谱流动系统中产生的压强降为线性关系,而流动相的粘度对压强的影响表现在系数k2上的不同,粘度增加,k2值增大。
2.
The velocity vector distribution was obtained,and the characteristic parameters on the outlet section and the instantaneous volume flow rate on the inlet section were calculated.
利用PIV技术,对5种流量下泵吸水室内部流场进行试验研究,获得了速度矢量分布,计算得到吸水室出口断面特征参数和入口断面上的瞬时体积流量。
5) volume flow
体积流量
1.
Study on the rule of volume flow and numerical simulation of swirl nozzles used in wet FGD system;
湿法脱硫旋流喷嘴体积流量变化规律及数值模拟
2.
Calculation of optimal gas-liquid volume flow in aerated drilling
充气钻井气液体积流量计算
3.
625, reaction temperature (77 + 1) ℃, the relation of oxygen volume flow (qV.
625,反应温度(77+1)℃;氧气体积流量qV,N与乙醛加料体积流 量qV,A的关系qV,N=0。
6) area balanced current
等量面积电流
补充资料：体积流量
分子式：
CAS号：
性质：单位时间内的流量以体积表示者称为体积流量。单位为m3/h或m3/s、L/s等。
CAS号：
性质：单位时间内的流量以体积表示者称为体积流量。单位为m3/h或m3/s、L/s等。
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