1) Filling Cavity Pressure
充模压力
1.
Experimental Research on Effect of Pulsatile Injection Pressure on Filling Cavity Pressure and Filling Time;
脉动注射压力影响充模压力及充模时间的实验研究
2) inflation pressure
充气压力
1.
Probe into inflation pressure of air tourniquet for patients undergoing operation on lower limb;
下肢手术使用空气止血带充气压力的探讨
2.
To understand the rules of the influence from the impact,the inflation pressure and gas mass loss of inflatable space antenna reflector subjected to impact are analyzed.
为了获得空间粒子撞击对结构性能的影响规律,开展了对某型号空间充气展开天线反射器受空间粒子冲击作用下的内部气体质量损失和内部充气压力变化的分析。
3.
Through the quantitative analysis of accumulator press-keeping clamping circuit,given the pressure of the switch pressure of relay and the reliability of press-keeping clamping force,analyed the impact of pressure time from the inflation pressure of accumulator and given the determined principles.
通过对蓄能器保压夹紧回路的定量,给出了压力继电器的启闭压力,保证了夹紧力的可靠性,分析了蓄能器充气压力对保压时间的影响,给出了确定原则。
3) charge pressure
充气压力
1.
Charge pressure,which has a great impact on pressure fluctuation,is analyzed based on experiment in this paper.
压力是分置式斯特林制冷机中重要的运行参数,是连接热力学平衡和动力学平衡的纽带,而充气压力则是影响压力波动的主要因素之一。
4) Pressure of charge hydrogen
充氢压力
5) Filling Pressure
充型压力
1.
The results indicate that,when the filling pressure is below 30kPa,casting surface quality can be better with the filling pressure increasing;when the filling pressure reaches over 30kPa,the sand fusion,inclusion,porosity,etc appears in the casting.
结果表明:当充型压力低于30kPa时,随着充型压力增大可以得到表面质量较优的铸件;达到30kPa以上时,就出现粘砂、夹杂、气孔等缺陷。
6) internal pressure
充液压力
1.
Tube press-bending process with internal pressure is a technique that press-bends the tube that is sealed and filled with liquid.
75mm的低碳钢薄壁管的充液压弯进行了有限元模拟,分别研究了不同相对弯曲半径、不同充液压力等参数对管材的壁厚分布、横截面尺寸等的影响。
2.
In this paper, the numerical simulation and experimental research of thin-walled tube bending process were carried out with internal pressure.
针对5A02铝合金与ST12低碳钢两种材料管材进行了不同参数的充液压弯工艺实验,分别研究了不同充液压力、相对弯曲半径对管材横截面尺寸,典型点壁厚变化的影响。
补充资料：合模压力
分子式：
CAS号：
性质：又称合模压力。硫化过程中为了保持模具闭合及胶料充满型腔而施加到模具上的压力。
CAS号：
性质：又称合模压力。硫化过程中为了保持模具闭合及胶料充满型腔而施加到模具上的压力。
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