1) Amalgamation Matrix
矩阵融合
2) compound matrix
复合矩阵
1.
In this paper,some inequalities about singular values of normal matrices are established by the properties of compound matrix and the relation between eigenvalue and singular value of matrix.
本文主要利用奇异值与特征值的关系及复合矩阵的相关性质得到了正规矩阵的一些奇异值不等式。
2.
There has been a positive quality research result of the solid symmetry of compound matrix of positive definite datrix.
实对称正定矩阵的复合矩阵正定性的研究已有结论,但对于一般意义下的正定矩阵的复合矩阵是否仍然是正定的研究需要利用一般的正定矩阵的标准形的复合矩阵进行讨论,给出了一般公式及具体算法,为讨论其复合矩阵的正定性提供了基础条件。
3.
In this paper,combining the majorization with compound matrix,we get an inequality for the eigenvalue of the product of positive semidefinite Hermitian matrices,which generizes some recent results.
将控制不等式理论与复合矩阵结合起来,得到一个半正定Hermite矩阵特征值的不等式。
3) Coupling matrix
耦合矩阵
1.
Optimization method for extracting coupling matrix of generalized chebyshev filter;
广义切比雪夫滤波器耦合矩阵的优化提取
2.
Firstly,a coupling matrix is obtained through the electric performance requirements of the bandpass filter.
提出了一种微带线带通滤波器的分步式设计方法,首先根据电性能指标得出耦合矩阵,然后采用谐振器、电耦合以及磁耦合等不同结构实现耦合矩阵的各个单元。
3.
This paper studies a new fast conversion method about the coupling matrix analysis for cross-coupled resonator filters.
研究了一种新的用于交叉耦合谐振器滤波器的耦合矩阵分析快速变换方法,该方法把短路输入输出导纳耦合矩阵特征值和它的主子阵的零点和极点作为一种非线性最小二乘问题来处理。
4) Matrix coupling
矩阵耦合
5) matrix fitting
矩阵拟合
6) mixing matrix
混合矩阵
1.
Based on the independency of source signals,an algorithm to estimate the mixing matrix with the mixed signals and the separated signals is proposed,in which one operation of inverse matrix is omitted.
利用源信号的统计独立性提出了一种由混合信号和分离信号估计混合矩阵的算法,避免了一次矩阵求逆运算。
2.
With the basic theory of Neutrino Oscillation in adiabatic approximation, we deduced the eigenvalue of mass squire matrix M 2, the mixing matrix of Neutrino, the probability of Neutrino Oscillation in matter.
应用微子振荡的基本理论，推导出绝热近似下在物质中三代中微子的质量平方矩阵Ｍ２ 的本征值，物质中的中微子混合矩阵，物质中的中微子振荡几率。
补充资料：Hibbs脊柱融合术
Hibbs脊柱融合术
〗Hibbs脊柱融合术】〓〖WTBZ〗〖HT5”SS〗(Hibbs spine fusion
主要是融合后侧的椎板及关节突，局麻或全麻，俯卧位。后正中切口，显露棘突、椎板、小关节。吸去棘突，将椎板表面骨质凿去薄层，小关节软骨及坚实骨少许亦凿去，再取髂骨植入上述骨及小关节面表面。
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