1.
In-Orbit Identification of the Inertial Matrix of Zero Momentum Satellite
基于GTLS的零动量卫星惯量矩阵在轨辨识
2.
In order to obtain independent representations on viewpoint, the three principal axes of the object should be found frm the moment of inertia matrix by computing its eigenvectors.
为了得到独立于观察点的表示,应通过计算惯量矩阵的特征向量确定客体的三个主轴。
3.
SOME NEW MINIMALLY INERTIALLY ARBITRARY SIGN PATTERNS
一类新的极小惯量任意符号模式矩阵
4.
Some Spectrally and Inertially Arbitrary Sign Patterns
几类特殊的谱任意和惯量任意符号模式矩阵
5.
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．
6.
Application of Permute Matrix in the Commutation of Tensor Products of Matrices
换位矩阵在矩阵张量积交换中的应用
7.
yawing moment of inertia of sprung mass
簧上质量横摆惯性矩
8.
pitching moment of inertia of sprung mass
簧上质量纵倾惯性矩
9.
To Calculate the Inertia Parameter of the Moving Human Body by Means of Shift Matrix;
采用变换矩阵计算运动人体惯性参数
10.
Inertial Theorem of Quaternion Matrix
四元数体上Hamilton矩阵的惯性定理
11.
matrix measuring or controlling instrument
矩阵测量或控制仪器
12.
nonscalar variance-covariance matrix
非纯量方差－协方差矩阵
13.
The Cartan Invariant Matrix of SL(3,11)
SL(3,11)的Cartan不变量矩阵
14.
Construction of the Encryption Matrix Based on Matrices Tensor Production
基于矩阵张量积的数据加密矩阵的构造
15.
As aresult, we can design a planar3 DOF arm with decoupled and constant inertia matrix.
本文从这一思想出发提出一种并行驱动的三自由度平面机构，其惯性矩阵不难设计成常量对角阵。
16.
A rectangular array of numeric or algebraic quantities subject to mathematical operations.
矩阵用于数学运算的数值量和代数量的矩形阵列
17.
A rectangular arrangement of quantities in rows and columns, as in a matrix.
数组量数横为行，纵为列的矩形排列，如矩阵中
18.
Study of Direct Torque Control of Matrix Converter with Multiple Voltage Vectors
多电压矢量矩阵变换器的直接转矩控制研究