Lounesto has given a method for constructing primitive idempotents in real Clifford algebras but that this does not yield all such idempotents associated with a given Clifford algebra.
Ｌｏｕｎｅｓｔｏ曾给出一个构造实Ｃｌｉｆｆｏｒｄ代数的本原幂等元的方法，但其方法不能给出给定的实Ｃｌｉｆｆｏｒｄ代数的所有本原幂等元。
Then the E-quasi-closed regular semigroup with a primitive idempotent is discused.
引进了“E-拟闭半群”的概念,给出了E-拟闭半群的若干特征性质,讨论了带本原幂等元的E-拟闭正则半群。
Letθbe a nontrivial eigenvalue ofΓ, and E = |X|~((-1))(?) which is primitive idempotent with respect toθ.
令θ是Γ的非平凡特征值,(?)是关于θ的本原幂等元,则下面(1)-(3)等价:(1)θ=-(?)。
Speciality of idempotent element on finite semigroups;
有限半群周期元和幂等元的特征
The properties of idempotents that have not zero column in Sn;
S_n中不含零列的幂等元的性质
A subsemigroup generated by the idempotents of T_E(X) ZOU Ding-yu,PEI Hui-sheng,WANG Shi-fei;
T_E(X)的由幂等元生成的子半群
The Rings which Idempotents Lift Strongly Module J(R)
一类幂等元模J(R)可强提升的环
A Type of Idempotent-separating Extensions of Inverse Semigroups
一种逆半群幂等元分离扩张(英文)
IDEMPTENTS OF ENVELOPING SEMIGROUP IN A KIND OF SUBSTITUTION MINIMAL SYSTEM
一类代换极小系统中包络半群的幂等元
CONGRUENCES ON INVERSE SEMIGROUP THE CLOSURE OF WHOSE SET OF IDEMPOTENTS IS A CLIFFORD SEMIGROUP
一类幂等元集闭包是Clifford半群的逆半群上的同余
And element X=A is nilpotent.
元素X＝A是幂零的。
proper nilpotent element
真幂零元素，根元素
An algebraic quantity that when raised to a certain power equals zero.
幂零一个代数值，其若干次幂等于零
the second, third, fourth, etc power of x x
的二次、 三次、 四次等幂
equal to zero when raised to a certain power.
其若干次幂等于零的。
On Idempotent-Hermite Matrices;
关于幂等Hermite矩阵的研究
Idempotent Fuzzy Semi-groups and Quasi-fuzzy Factor Groups;
幂等Fuzzy半群与拟Fuzzy商群
Purely Idempotent Latin Squares and Purely Symmetric Idempotent Latin Squares;
纯的幂等拉丁方和纯的对称幂等拉丁方
Some results on idempotency and tripotency of linear combinations of matrices
矩阵线性组合幂等性及立方幂等性的一些结论
Tripotency of Linear Combinations of Tripotent Matrices
三次幂等矩阵的线性组合的三次幂等性
On Characteristics of(m,l)Rank-idempotent Matrix and(m,l)Idempotent Matrix
(m,/)秩幂等矩阵和(m,/)幂等矩阵的特性研究
the second,third,fourth,etc power of x(x2,x3,x4,etc)
x的二次、三次、四次等幂（x2,x3,x4等）
We see that the element is collecting together powers of "入".
我们看到这个元素是合并‘入’的同次幂。
Power Integral Bases of Cyclotomic Field Q(ζ_(20));
分圆域Q（ζ_（20））的幂元整基
