1) syndrome matrix
伴随式矩惭
2) adjoint matrix
伴随矩阵
1.
Linear maps preserving adjoint matrix between alternate matrix spaces;
交错矩阵空间之间保持伴随矩阵的线性映射
2.
An equality s proof and application of its adjoint matrix;
方阵积伴随矩阵的一个等式的证明及应用
3.
Some properties for adjoint matrix;
关于伴随矩阵的一些性质
3) adjoint
[ə'dʒɔint]
伴随矩阵
1.
This text gives us two reasonable explanations of the thinking couse inside textbooks during the time of making reverse matrix through adjoint as well as well as Cramer principle in linear equations.
本文利用线性方程组中的Cramer法则,对于在用伴随矩阵求逆矩阵的公式推导中,隐藏在教科书背后的思考过程给出两个合理的注
2.
In this paper,some properities of th e adjoint matrix A * and * A are discussed.
研究了n(>2)阶实方阵A的两种伴随矩阵A*和*A的一些运算性质,使其性质进一步得到完善。
4) formula of higher degree adjoint matrix
高次伴随矩阵公式
5) self-adjoint matrix
自伴随矩阵
6) weak adjoint matrix
弱伴随矩阵
1.
Linear operators preserving weak adjoint matrix between matrix spaces
矩阵空间上保弱伴随矩阵的线性映射
2.
In this paper,the concept of weak adjoint matrix is introduced by using adjoint matrix,and the relations between them and the properties of weak adjoint matrix are given.
利用伴随矩阵的概念引入了弱伴随矩阵的概念,进而给出了两者之间的关系以及弱伴随矩阵的性质。
补充资料：公惭卿，卿惭长
1.谓旧时官僚威德世代相减。
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