1.
Adjoionted Matrix And Characteristic Root;
高次伴随矩阵与逆高次伴随矩阵及其特征根
2.
Study on a Class of Inverting Higher Degree Adjoint Matrix and Eigenvalues;
一类逆高次伴随矩阵及其特征值的研究
3.
The General Form of A djoint of kth degree of N-th-order s Square-Matrix;
n阶方阵的k次伴随矩阵的一般形式
4.
Another matrix associated with G is the adjacency matrix.
伴随于G的另一个矩阵是邻接矩阵。
5.
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
6.
Some Common Properties Among Invertible Matrix,Adjoint Matrix and Inverse Matrix
可逆矩阵及其伴随矩阵、逆矩阵的一些共同特性
7.
The article lists the properties of adjoint matrix eigenvalue, adjoint matrix of the special matrix and other relevant questions.
给出伴随矩阵的性质,特征值及特殊矩阵的伴随阵。
8.
On Special Relations Between n-order Matrixand Adjoining Matrix A~*;
n阶方阵A与其伴随矩阵A~*的几种特殊关系
9.
The Methods of Calculating Power of Diagonalizable Matix;
相似于对角矩阵的方阵高次幂的求法
10.
The method to calculate principal axes of inertia by adjoint matrix of eigen ma-trix is given，examples are presented.
本文给出了用特征矩阵的伴随矩阵求惯量主轴的代数方法，并通过实例作了说明．
11.
Higher mode P-progression distribution and Toeplitz matrices
高次P-级数分布与Toeplitz矩阵
12.
Primes in the Doubly Stochastic Matrices and in the Doubly Stochastic Circulants;
双随机矩阵和双随机循环矩阵的素元研究
13.
Application of Random Matrix Theory-based Hierarchical Clustering Method on Gene Co-expression Networks
基于随机矩阵理论的层次聚类方法在基因网络研究中的应用
14.
Each observable is represented by a densely defined Hermitian( or self-adjoint) linear operator acting on the state space.
每个可见由详细定义的厄密共轭(者同一伴随矩阵)用于状态矢量空间线性操作者来表现。
15.
This paper names the race matrix problem, and resolves it using the formula method and the companion method presented by us .
本文命名了赛马矩阵问题 ,并利用笔者提出的公式化方法和伴随序列法解决了此问题 .
16.
Some properties of adjoint matrix are discussed. The properties are symmetry, antisymmetry, positive definite, positive semi-definite, orthogonal and characteristic value.
讨论了伴随矩阵在对称、反对称、正定、半正定、正交、相似和特徵值等方面的性质。
17.
α-subdiagonally Dominant Matrices and Criteria of Nonsingular Sub-H-matrices
α-次对角占优矩阵与非奇异次H矩阵的判定
18.
Roth Elimination Law of Companion Matrix and Its Application;
伴侣矩阵的Roth消去律及其应用