1) Noether charge
Noether荷
1.
Although local gauge invariance leads to a non conservation Noether charge, the differential equation satisfied by the Noether current includes the charge conservation law of the charged field.
本文将论证如下结论 :尽管定域 U( 1 )规范不变性导致一个不守恒的 Noether荷 ,但 Noether流在形式上的守恒方程包含着带电场的电荷守恒定律。
2) noetherian ring
Noether环
1.
Properties of Noetherian ring;
Noether环理想的性质
2.
The quasi-finitistic dimension condition over noetherian ring was introduced and its some applications were given.
给出了维数有限性条件的一个推广,引入了准维数有限性条件并给出了Noether环上准维数有限条件的一些应用。
3.
In this paper, the concept of symbolic power of primary idea isproposed, and we give the following result:Let R be Noetherian ring with identity, Q (≠R) is a P- primary ideal of R,S = R\P, then (n) = (O)s, where the intersection is taken over all symbolic Power of primary ideal Q.
本文提出了Noether环中准素理想的符号幂的概念，同时建立了如下定理：设R是一个有单位元的Noether环，Q是R的一个异于R的P-准素理想，S=R／P，则Q的一切符号幂的交为（O）s。
3) Noether current
Noether流
1.
Although local gauge invariance leads to a non conservation Noether charge, the differential equation satisfied by the Noether current includes the charge conservation law of the charged field.
本文将论证如下结论 :尽管定域 U( 1 )规范不变性导致一个不守恒的 Noether荷 ,但 Noether流在形式上的守恒方程包含着带电场的电荷守恒定律。
2.
A OSP(N/4) supergravity Lagrangian with supersymmetry Noether current and internal symmetry current is constructed,the invariances of the Lagrangian under the super symmetry .
用Noether耦合方法,在求得了超对称Noether流和内对称Noether流后,引入规范场、引力微子场、Yang—Mills场及费米场之间的相互作用,构造了OS_P(N/4)超引力的拉氏量,并证明了其不变性。
4) Noether ring
Noether环
1.
In this paper,some new characterizations of N-semisimple rings are given,it is proved that a Noether N-semisimple ring is a semisimple ring,and Noether rings,semisimple rings,QF-rings are discribed by N-projective modules and N-injective modules.
给出了N-半单环的新特征,证明了Noether N-半单环是半单环,利用N-投射模和N-内射模刻画了Noether环、半单环和QF-环。
5) Nertherian module
Noether-模
6) Noetherian modules
Noether模
补充资料：荷电粒子与非荷电粒子
分子式：
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
CAS号：
性质：荷电粒子带电，包括电子、正电子、带电介子、质子或其他离子；非荷电粒子不带电，包括X射线、γ射线和中子。荷电粒子和非荷电粒子都可以是致电离辐射但电离方式略有不同。
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