1) internal pressure
内压
1.
Factors affecting internal pressure of AA1500 Ni-MH batteries;
AA1500型氢镍电池内压的影响因素
2.
The analyzing of internal pressure effect of hydroforming three-diameter shaft by FEM;
内高压成形三台阶轴过程中内压值影响的有限元分析
2) inner pressure
内压
1.
Fast charging method for decreasing the inner pressure of Ni/MH battery;
降低MH/Ni电池内压的快速充电方法
2.
Determination of inner pressure for fluid inclusion by Raman spectroscopy and its application
拉曼光谱方法测量流体包裹体的内压及其应用
3.
The influences of the Ni film on the cycle life and inner pressure of the battery were studied.
研究了镀层对MH/Ni电池循环寿命以及充电时内压的影响。
3) inner-pressing expansion
内压扩张
4) Extrusion for Inside Hole
内孔挤压
5) internal pressure
内压力
1.
Control of axis sealing and internal pressure in tube hydroforming equipment;
圆管液压成形设备中轴向密封力与内压力的控制
2.
To explore the influence of maximal internal pressure on forming tri-branch tube,the procedure of forming tri-branch tube is simulated by FEM software MSC.
给出了不同最大内压力下零件的壁厚分布规律,并就最大压力对成形的影响进行了讨论。
3.
Based on the diffusion instability and plasticity theory,the distribution rules of the internal pressure were indicated and the relationship between the internal pressure and the axial loading were obtained with axial symmetrical part.
利用粘性介质传压,对薄壁管轴压胀形进行了研究;基于塑性理论和分散性失稳理论,推导了轴对称胀形内压力分布规律,得出了内压加载区间和轴向加载关系;建立了基于载荷控制的加载函数,提出了送料控制方法,优化了加载模式;基于集中性失稳理论,计算了胀形压力极限,建立了均匀变形极限和极限应力比的概念,形成了零件可成形性的基本判据;分析了管材成形过程中应力变化特点,揭示了管材胀形区由拉-压应力状态迅速发展到双向受拉的机理。
补充资料：肺内压
肺内压
760mmHg
肺泡内的压力。肺与外界空气借气道而互相交通，故肺泡内压力应与外界大气压相等，如大气压101．3080 kPa(760mmHg），肺内压也应为101.3080 kPa(760mmHg）。但在呼吸运动周期中，肺泡与外界空气间有-定压力差，气体才能从压力高处流向压力低处。如吸气之初，肺内压低于大气压，吸气末肺内压等于大气压；呼气初，肺内压高于大气压，呼气末又与大气压相等。呼吸过程中，肺内压变化的大小，依呼吸的缓急、深浅而定。平静呼吸时，呼吸缓和，吸气之初肺内压约较大气压低0.133～0.266kPa(1～2 mmHg），呼气之初则较大气压高0.133～0.266kPa(1～21mmHg）。
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