1) panorder system
泛序系统
1.
Rednction has applied in panorder systems.
将约简应用到了泛序系统中。
2) ubiquitin system
泛素系统
1.
Here we mainly discuss the possible actions and mechanisms of ubiquitin system on the CNS, especially the effects on injury and regeneration of CNS.
通过近几年来对泛素系统研究的回顾 ,讨论了其在神经系统中的可能作用机制。
2.
This review systematically discussed the mechanism and function of ubiquitin system.
泛素系统是目前已知的最重要的、有高度选择性的蛋白质降解途径 ,它由泛素、多种酶、2 6s蛋白酶体等组成。
3) Ubiquitin system
泛肽系统
1.
Ubiquitin system is composed of ubiquitin, ubiquitin_activating enzymes, Ubiquitin_conjugating enzymes, ubiquitin_protein ligases, ubiquitin_C_terminal hydrolase and 26S proteasomes.
泛肽系统由Ｕｂ、Ｕｂ活化酶、Ｕｂ结合酶、Ｕｂ＿蛋白质连接酶、Ｕｂ＿Ｃ末端水解酶和２６Ｓ蛋白酶体组成。
4) pan-ecosystem
泛生态系统
1.
Based on analyzing and concluding the food chain theory, the concepts of pan-ecosystem, pan-eco-element, pan-ecochain, pan-ecoweb on the basis of social-economic-natural complex ecosystem were put forward for the first time, and the types of pan-ecochain were divided and discussed.
在分析、总结食物链理论的基础上 ,首次提出了基于社会经济自然复合生态系统的泛生态系统、泛生态元、泛生态链和泛生态网的概念 ,并对泛生态链的类型划分进行了探讨。
5) pan water rock system
泛水岩系统
1.
Basic features and spatial distribution of physiochemical field of the pan water rock system were analyzed.
分析了泛水岩系统物理化学场的基本特征及其空间分布规律 。
6) panorder
泛序
1.
The study shows that it is not only g-transiti-vity a generalization of traditional transitivity,quasi-transitivity, semi-order, quasi-order and other panorder,but also includes .
本文基于泛系数学研究和一般事物机理分析的需要，讨论了二元关系对多元关系的传递性，引进一种被叫作“ｇ－传递性”的广义传递概念，考察了它的基本性质，ｇ－传递性不但是普通传递性、拟传递性、半序、拟半序等泛序概念的推广，还包容闭性、凸性、拓扑、对偶性等基本概念为其特例，从而表明这一概念的普适性。
补充资料：电力系统相序翻转过电压
电力系统相序翻转过电压
phase reversing overvoltage in electric power system
d lonl一x{tong xlongxu fonzhuon guod一onyo电力系统相序翻转过电压(phase reversingovervoltage in eleetrie power system)见电力系统断线谙很过电压。
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