1) high pressure gas sample cell
高压气体池
1.
A new developed high pressure gas sample cell for FTRaman analysis is described in this paper.
介绍了一种自行制备的拉曼光谱仪用高压气体池新装置，并给出了用该装置测定ＣＨ４和Ｎ２标准气体的拉曼光谱图，及标准气体压力与拉曼强度关系图。
2) high-pressure gas
高压气体
1.
In order to study the principle of liquid sterilization by high-pressure gas,the Orthogonal experiment based on the value index of time,pressure,solution concentration and sterilizing medium was conducted.
针对高压气体(CO2、N2)“渗透破碎”杀灭液体中细菌的机理,采用正交方法,综合考虑杀菌时间、溶液浓度、作用压力和杀菌媒质等不同因素作为评价指标进行试验研究。
2.
By this way, the high-pressure gas thermodynamic features in the counter-recoil mechanism under the action of recoil impulsive and the actual performances of this mechanism were studied.
采用分段处理多变指数的方法研究了火炮后坐冲击作用下,复进机内密闭高压气体在火炮后坐瞬变过程中的热力学特性及复进机的实际工作性能。
3.
Two environmental forces simulative experimental system for fusee depends on the method that high-pressure gas promotes the collision block to obtain impact acceleration.
引信双环境力模拟试验系统高冲击加速度是通过高压气体推动冲击块碰撞获得的,本文建立碰撞过程物理模型,推导高压气体发射压力计算式,最后分析了为提高系统的安全性而降低压力的各种影响因素。
3) high pressure gas
高压气体
1.
A pressure and flow control system of high pressure gas was constructed.
构建了一个高压气体压力及流量控制系统。
2.
In this paper, the space charge cloud on high pressure gas jet was modeled by us ing the ball distribution model, distribution of charge and field and fleld energe were de- rived.
本文用球形分布模型模拟高压气体喷出时形成的空间电荷云，并计算该模型的电荷分布、电场分布和电场能量。
4) high-pressure compressed air
高压气体
1.
The power property of the compressed air in pressure reduction control processes between the high-pressure compressed air tank and the lower pressure air engine were analyzed;The concept and principle of pressure reduction by expander was put forward, and the mathematical models expressed the energy principle of the CAPV were obtained.
分析了气动汽车动力源与气动发动机之间的高压气体减压控制过程及气动系统能量变化的特性 ;提出并明确了容积减压概念 ;得出了描述减压过程中可用能的数学表达式 ,指出减压控制环节中采用容积减压方法 ,能够更多地保持和利用高压气体能量 ,可以提高气动汽车动力系统的能量利用效率。
5) hyperbaric gas,pressure gas
高压气体<冶>
6) high pressure gas target
高压气体靶
补充资料：气体池
分子式：
CAS号：
性质：红外光谱分析气体用的吸收池。标准的气体池由长约10cm，端部有红外透射窗材料组成的管状池。对于低蒸气压或含量低的试样，可采用光程加长的专用气体池，池内有一组反射镜，使红外辐射往返通过气体试样，可以得到10m长的有效光程。
CAS号：
性质：红外光谱分析气体用的吸收池。标准的气体池由长约10cm，端部有红外透射窗材料组成的管状池。对于低蒸气压或含量低的试样，可采用光程加长的专用气体池，池内有一组反射镜，使红外辐射往返通过气体试样，可以得到10m长的有效光程。
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