1) equivariant map
等变化映射
2) equivariant
等变
1.
The equivariant minimal immersion from the Euclidean sphere s3=SU(2) with constant curvature c into the complex projective space sp3 is studied.
研究常曲率的3维球面S3=SU(2)到复射影空间CP3中的等变极小浸入,证明了这种浸入不存在介于CR和Lagrangian之间的浸入,只能是Lagrangian浸入,从而是全测地的。
2.
In the present paper the equivariant minimal immersion from the Euclideansphere S~3=SU(2) with constant curvature c into the complex projective spaceCP~3 is studied.
本文研究常曲率的3维球面S~3=SU(2)到复射影空间CP~3中的等变极小浸入，证明了这种浸入必是Lagrangian浸入，从而是全测地的。
3.
In this paper, the equivariant weakly Lagrangian minimal S~3 in CP~4 are completely classified and the analytic expressions of the corresponding immersion φ : S~3→ CP~4 are given.
本文研究S~3=SU(2)到复射影空间CP~4中的等变弱Lagrangian极小浸入,给出它的完全分类和解析表达式。
3) isograd
等变线;等变度
4) iso-metamorphism
等变质
5) identical transformation
恒等变换
1.
On Lucas polynomial higher identical transformation;
关于Lucas多项式高次恒等变换
2.
By means of identical transformation method,method of induction and Stolz theorem,this paper gives the limit formula of some kinds of interesting fractional numeric column.
借助恒等变换法、数学归纳法及 stolz(斯笃兹 )定理 ,给出了求几类有趣分式型数列的极限公式 ,所得结论是文献中有关结果的推广 。
6) equal deformation
等变形
1.
Equal energy,equal deformation tamping and expansion gangue pile is a new strengthening method,which not only has the effect of tamping and expansion,but also strengthens complex earth-fill.
等能量、等变形夯扩挤密矸石桩是一种地基加固新技术。
7) Elementary transformation
初等变换
1.
Improvement on the elementary transformation method of QR decomposition of matrix;
矩阵QR分解初等变换法的改进
2.
Application of elementary transformation of matrix;
矩阵初等变换的一个应用
3.
Finding bases for sum and intersection of subspaces in Pn using elementary transformations;
利用初等变换求P~n中子空间的和与交的基
8) settlement isoline
等变化线*
9) elementary operation
初等变换
1.
A method of seeking Moore-Penrose s generalized inverse metrix through elementary operation;
求Moore-Penrose广义逆的初等变换法
2.
This paper presents an approach to find out the matrix eigenvalue and eigenvector of an eigenmatrix using elementary operations, which is an easier and quicker way to obtain the similarity diagonalization of a matrix.
文章针对特征矩阵施行初等变换,提出了求出矩阵特征值和特征向量的一种方法,从而以简捷的方式将矩阵相似对角化。
3.
In this paper, a practical solving method and an expression of general solution of a matrix equation AXB=CYD are given by using matrix techniques and elementary operations on matrix.
应用矩阵的初等变换技巧 ,给出了任意域上矩阵方程AXB =CYD的通用表达式及解法。
10) elementary operations
初等变换
1.
Matrix equations under elementary operations;
初等变换下的矩阵方程AX=B
2.
In the paper , we gives a condition and an expression of general solution of a matrix equation AXB=C by using some matrix techniques and elementary operations on matrices.
文章应用矩阵的初等变换等技巧 ,给出了任意域上矩阵方程AXB =C的有解条件、实用解法及通解。
3.
In the paper,by using some matrix techniques and elementary operations on matrix equations,we give a condition and an expression of general solution of two kinds of matrix equations ABX= CYD, AXB = C.
文章应用矩阵的初等变换、矩阵分解等技巧,给出了任意域上两类矩阵方程AXB=CYDAXB=C的解法及通用表达式。
补充资料：等价变换
等价变换
equivalent transformations
的解，可认为是对算法的相应问题的近似解.不过，仅对接近于有限自动机之类的相当粗略的近似，这时的问题才有解.如果法则系的完全概念放松，对所有算法的集合也可以得到解.例如，去掉法则必须应用有限次的要求.更准确地，一个法则系称为是极限完全的，如果通过应用该法则系中的法则，任意两个等价算法可在极限情形，即在无穷多步后，变换为一个(一般是无穷的)计算复形.结果表明，可对在某个简单基底上处处有定义的程序的功能完全集合，构造一个有限极限完全的局部法则方案系统.极限完全性的真正意义，特别在于具有这个性质的系统对于计算有限函数程序集合在通常意义下也是完全的. 在控制系统的优化问题起重要作用的是有向变换，其最后结果是最优控制系统或接近于最优的系统.特别地，对单调变换(n幻notone加mfo秘tions)可能性的研究引起了极大的兴趣.它在每一步都不增加控制系统在某种意义下的复杂性.等价变换〔训两粗h成饥皿面湘山.;，Ko.oa月eoT，“eupeo6pa沁.a。。
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