1) strong modular ideal
强模理想
2) ideal strength
理想强度
1.
The ideal strength of rock specimen can be determined from its complete stress strain curve.
岩石是一种非均质材料并含有各种缺陷 ,利用岩样的应力应变全程曲线可以确定理想强度 ,在排除岩样缺陷后讨论峰值强度与围压的关系 ,即强度准则。
2.
In this dissertation, the first-principles calculation method based on density function theory is used to study the novel light elements superhard material of BC2N, and determine its physical properties such as structural parameters, electronic bands and ideal strength, as well the effects of high pressures on these physical properties.
本论文主要采用基于密度泛函理论的第一性原理计算方法,研究新型轻元素超硬材料BC2N,并计算其结构参数、电子能带和理想强度、及其在外加压力下的物理性质。
3) strong ideal
强理想
1.
filter) and strong ideal(r.
定义了预格的强理想与强滤子,研究了其性质,讨论了预格与理想及滤子的联系和区别。
2.
: In this paper,we discussed the relations of strong ideals,kernel of homomorphisms and con-gruences in a semiring.
本文讨论了加法可逆半环的强理想、同态核与同余的关系,进而证明了同态基本定理与第一、第二同构定理,讨论了商半环的子半环与理想的性质。
3.
This paper discusses the nature of semi-ring absorbable element by the application of semi-ring and lattice theory and achieves some better results in the aspects of semi-ring absorbable element in the semi-ring homology, the strong ideal, the regularity and the lattice theory.
本文利用半环和格论的基础知识,对半环吸收元的性质进行了探讨,得到了半环的吸收元在半环同态、强理想、正则性及格论等方面的一些较好结论。
4) strong Li-ideals
强LI-理想
5) strong prime idea
强素理想
1.
In this paper,we introduce a new notion: strong prime idea,strong prime submodule and m*-system of ring,m*-system of module,and we obtain two equivalent conditions between them: (1) If L is a idea of R,then L is a strong prime left idea if and only if C(L)=R-L is a m*-system.
本文定义了强素理想,强素子模及环的m*-系和模的m*-系,且给出了它们之间的两个等价关系:(1)设L是环R的理想,那么L是R的强素左理想当且仅当C(L)=R-L是m*-系;(2)设K是左R-模M的子模,那么K是M的强素子模当且仅当C(K)=M-K是m*-系。
6) strongly stable ideal
强稳定理想
补充资料:模理想
模理想
modular ideal
模理想汇n扣山山ri山汾l;MO用阴”p”从益“服幼J 环R的有下述性质的右(左)理想(泪暇d)J:R至少有一个元素e,使对R中所有的x,差x一ex属于J(对应地,尤一戈ecJ).元素e称为模理想J的左(右)恒等元(1eft州ght) identity). 在有恒等元的环中,每个理想都是模的.每个真模右(左)理想可嵌人极大右(左)理想中,后者自然是模的.结合环的全部极大模右理想的交与全部极大左模理想交重合,就是环的Ja即胜翔l根(Jac。玩onn戈dical).模理想也称为正则理想(reg川arid已互七).
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