1) nilpotent linear transformation

幂零线性变换
1.
At last,the concept of nilpotent linear transformation is used in general number field to discuss the statement that there must be a group of bases with which the effort of the nilpotent liner transformation gets a matrix called Jordan matrix,thus the Jordan canonical form of the nilpotent matri.
利用幂零矩阵的概念,在一般数域上讨论了幂零矩阵的一些性质,给出了矩阵是幂零矩阵的一个充要条件,最后利用幂零线性变换的概念,在一般数域上讨论了幂零线性变换一定存在一组基使其在这组基下的矩阵是若当形矩阵,从而给出幂零矩阵的若当标准形。
2.
It is proved that there exists a basis of linear space V with dimension n under which the matrix of every element of nilpotent algebra N generated by nilpotent linear transformations of V is a strictly upper triangular matrix.
用T(n,F)表示数域F上全体n阶严格上三角矩阵作成的幂零结合代数,证明了对于n维线性空间V,必存在V的一组基使得由V的幂零线性变换生成的幂零代数N中任意元素在该基下的矩阵均为严格上三角矩阵;由V的幂零线性变换生成的最大的幂零代数均同构于T(n,F)。
2) The Nilpotent Properties of Linear Transformation

线性变换的幂零性
3) nilpotent transformation

幂零变换
4) unipotent linear transformation

幂幺线性变换;幂单线性变换
5) linear transformtion of idempotent rank

幂等秩的线性变换
1.
WT5”BZ]Discusses the conditions of equivalence and many specific properties of linear transformtion of idempotent rank on n dimensional linear space.
:讨论 n维线性空间上的线性变换为幂等秩的线性变换的充分必要条件 ,以及幂等秩线性变换的若干性质。
6) zero memory nonlinearity

零记忆非线性变换
1.
A method is proposed to simulate sea clutter in evaporation duct environment based on zero memory nonlinearity(ZMNL) for modeling radar signalling.
针对海上蒸发波导环境中雷达目标的识别,提出了蒸发波导中基于零记忆非线性变换(ZMNL)的海杂波实现方法。
补充资料:幂零Lie代数
幂零Lie代数
Lie algebra, nilpotent
幂零lie代数【liealgebI’a.浦训t即t;瓜朋~。代Hm明盯e6Pal 域k上满足下列等价条件之一的代数(司罗bla)g: l)有g的理想的有限降链{9.}。“、。,使得g。=g,g。={o},且对o簇i
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