1.
The Properties of Regular Tournment Matrices and Eigenvalue of Regular Circulant Tournament Matrices;
正则竞赛矩阵的性质和正则循环竞赛矩阵的特征值
2.
CONJECTURES ON A KIND OF TOURNAMENT AND SOME PROBLEMS OF (0,1)-MATRIX;
关于一种竞赛图和(0,1)——矩阵的有关问题的猜想
3.
Regular Value and Point Specyrum of Kolmogorov Differential Equations;
Kolmogorov微分方程组系数矩阵算子的正则值和点谱
4.
Criteria for Nonsingular H-Matrices and M-Matrices
非奇异H-矩阵与M-矩阵的判定准则
5.
Non-negative matrices and positive definite matries over a C~*-algebra;
C~*-代数上的非负矩阵与正定矩阵
6.
Symmetric Positive Definite Matrices and the Determining Criterions for Non-singular GM-matrices
对称正定矩阵与非奇异GM-矩阵的判定
7.
On the Matrix Inequalitiy for the Hadamard Product of Positive Semidefinite Matrices
关于半正定矩阵Hadamard积的矩阵不等式
8.
Literature [2] has used the adjacent matrix of 4- reGular Graphs to prove this conclusion;
文献[2]利用4正则图的邻接矩阵论证了这一结论;
9.
Hadamard Inequality of Positive Definite Matrix;
正定矩阵的Hadamard不等式
10.
Modification of Tatsuoka's Q Matrix Theory
Tatsuoka Q矩阵理论的修正
11.
On the Procedural Justice in Competition Arena from the Amendment of False Start Rules;
从抢跑规则的改变看竞技赛场的程序正义
12.
Componentwise complementary cycles in locally almost regular multipartite tournaments
局部几乎正则多部竞赛图中的分量共轭圈
13.
A complex nn matrix U is called unitary if U*U=In
一个复n×n矩阵U如果U*U＝In，则称它为酉矩阵。
14.
A complex n×n matrix U is called unitary if U*U=In.
一个复 n×n 矩阵U如果 U*U ＝In，则称它为酉矩阵。
15.
We shall also point the condition that matrix power series is normal.
另外又指出矩阵幂级数是正规矩阵的条件。
16.
Connections Between Euclidian Distance Matrix and Positive Semidefinite Matrix
欧几里得距离矩阵与半正定矩阵的关系
17.
The ～*Congruence Class of the Solutions of Matrix Equations and Generalized Inverses of a Normal Matrix;
矩阵方程的合同类解与正规矩阵的广义逆
18.
A sufficient condition of determination a real symmetry matrix into a positive definite matrix;
判定实对称矩阵为正定矩阵的一个充分条件