1)  pressure volume diagram;pressure voume chart
压容图
2)  High Pressure Vessel
高压容器
1.
Research Progress of the Stress State of the Integrated Multilayer-Wrapped High Pressure Vessels;
整体多层包扎式高压容器应力状态研究进展
2.
Optimization design of the connecting zone of spherical head and cylinder of high pressure vessels;
高压容器球形封头与筒体连接区优化设计
3)  external Pressure vessel
外压容器
1.
Estimation of the Initial Value of the Design Wall Thickness of the External Pressure Vessels;
外压容器设计壁厚初值的估算
2.
Optimum Design of the Fuzzy Reliability of the Stability of the External Pressure Vessels;
外压容器的稳定性模糊可靠性优化设计
3.
Discussion of pressure test for external pressure vessels;
外压容器液压试验问题探讨
4)  Internal Pressure Vessel
内压容器
5)  high pressure container
高压容器
6)  atmospheric vessel
常压容器
1.
This article introduces the general design method of atmospheric vessel's vacuum relief.
介绍了常压容器真空泄放设计的一般方法。
2.
Based on the analysis of the explosive causes of the heat water tank, the importance of the quality control for the steel atmospheric vessels was stated in this article.
本文通过对一起钢制常压热水罐爆炸事故的原因分析 ,指出了重视常压容器质量控制的重要性及执行《钢制常压容器》标准时值得注意的几个问题。
参考词条
补充资料:等压热容
分子式:
CAS号:

性质:系统在恒定的外压下温度升高1K所需的热,符号Cp。此时系统吸取的热除增加其内能以外还要补偿对抗恒定外压所做的功。因为在等压过程中系统吸热Qp=△H(不做除体积功外的其他功),因此Cp就是系统升温1K时的焓变。用数学式表示则为其中表示偏微分,脚注p表示压力恒定。由于等容热容Cv是在体积不能改变下的热容,因此Cp的值大于Cv。对于理想气体,Cp-Cv=nR,n为气体的量(mol),R为气体常数。

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