1) symmetric closed system
对称封闭系统
2) Closed system
封闭系统
1.
A Study on the Foundation of Closed System s Incentive Mechanism under the Rareness of Altruism;
基于利他主义稀缺下的封闭系统激励机制研究
2.
It is showed that available energy is not only in relation to the closed system but also to the surroundings, so it is not as same as Helmholtz free energy and Gibbs free energy.
讨论了物质平衡条件下的封闭系统的可用能,表明可用能不是系统本身的属性,而是系统和环境共有的属性。
3.
The structure-foundation system is transformed from an original open system into an approximately closed system through a viscous-spring artificial boundary.
应用黏弹性人工边界将结构-地基开放系统转化为近似的封闭系统,利用等效地震波动输入方法将波动散射问题化为波源问题,再采用振型叠加法对近似封闭系统进行分析,由此建立了一种结构-地基开放系统动力反应问题的高效计算方法。
3) close system
封闭系统
1.
The oscillation reaction of the system of KIO_3-H_2O_2-CH_2 (COOH)_2-MnSO_4-HClO_4 was introduced, and the oscillating curves of open system and close system were determined.
本文介绍了H2O2、CH2(COOH)2、KIO3、HClO4与MnSO4体系的振荡反应,测定了封闭系统和开放系统的振荡曲线,化学振荡可应用于生物自组织现象的研究。
2.
Jia Shi-zhong and McGlashan M L put forward that Gibbs equations only to be suitable to close system,this article puts forward that they are also applicable to open system.
McGlashan的文章提出的Gibbs方程只对封闭系统成立的观点,论证了热力学基本方程对开放系统也成立。
4) non-obturating system
非封闭系统
1.
It is common that momentum usually changes and energy loses resulting from the turnover of quality in non-obturating system in dynamics.
本文就动力学中常见的非封闭系统由于质量的进出而引起的动量改变和能量损失 ,运用牛顿第二定律和封闭系统的功能原理 ,阐述了非封闭系统的功能原理及动能损失。
5) symmetric systems
对称系统
1.
Stabilization and H~∞ control of discrete-time state-space symmetric systems;
离散时间状态对称系统稳定性与H~∞控制问题
2.
Stable robust controller for uncertain dynamic systems is obtained by considering symmetric systems of dyn.
考虑动态系统的对称系统,给出了不确定动态系统的稳定鲁棒控制,得到了稳定鲁棒控制的不确定量的范数界。
3.
Symmetric systems in the standard case have been studied by different authors.
一个普通的电线回路问题，就是一个模型设计问题，就是一个状态空间对称系统。
补充资料：封闭系统
分子式：
CAS号：
性质：一种热力学系统。它与环境只有能量交换而没有物质交换。
CAS号：
性质：一种热力学系统。它与环境只有能量交换而没有物质交换。
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