1.
Application of Maximal Column Pivot Algorithm to Moment Method Analysis of EM Problems
列主元消去法在电磁问题矩量法分析中的应用
2.
Algorithm for Generating de Bruijn Sequence by Removing an Element
生成de Bruijn序列的消元算法
3.
On the Application of Column Pivot Element in Jacobi_Iteration
论Jacobi迭代中使用列选主元法
4.
Microwave digestion MICP-AES tests main alloying elements in Cr12 high carbon steel
微波消解ICP-AES法测Cr12高碳钢主元素
5.
The origin and development of the concept “Marx-Leninism”;
“马克思列宁主义”提法的来龙去脉
6.
Minimum Element and Maximum Column Sum of A Matrix Casting Out for min f in Matrix;
矩阵中求min f的最大列和选取最小元素划去法
7.
Spectral Element Vanishing Viscosity for Conservation Laws on the Semi-infinite Interval;
无界区域中守恒律方程的谱元粘性消去法
8.
Meta-truss elimination method for distinguishing planar multi-rod hybrid driving mechanism
识别平面多杆混合驱动机构的元桁架消去法
9.
In the elimination method of solving linear equations, pivot in an elimination step is a element with maximum-mod.
在解线性方程组的消元法中,主元素指在某步消元时模最大的那个元素。
10.
That is, if Goering, on learning of the Fuehrer's death, did not try to usurp the throne.
这是说，如果戈林在得悉元首去世的消息后不设法篡位的话。
11.
Application of Failure Element Deleting Method to Non-linear Rock Fracture Study
破坏单元消去法在岩石非线性断裂研究中的应用
12.
A Study of The Determined Method of Revision Main Direct Consumption coefficient of Input-Output;
投入产出直接消耗系数修订主元的确定方法分析与探讨
13.
Determination of Mineral Elements in Eight Pear Varieties by ICP-MS after Microwave-Assisted Digestion
微波消解/ICP-MS法检测八种梨果实中主要矿质元素含量
14.
The process could not add message to message queue.
进程无法将消息添加到消息队列中。
15.
Applying the Wu elimination method and combining the idea of characteristic set of Wu elimination method with symbolic calculation, it realizes the analytical calculation of the inverse kinematic equations of the opened-chain robots.
通过吴消元法的特征列思想和符号运算的结合,实现了开链机器人运动学逆解的解析计算。
16.
Column '%s' cannot be dropped from table '%s' because it is a primary key column.
不能从表 ''%2!'' 中除去列 ''%1!''，因为该列是主键列。
17.
This method eliminates the clustering problem in linear rehashing by picking the integer pii in a pseudorandom fashion.
这种方法是按伪随机方式去挑选整数pii，它能消除线性再散列中所产生的堆聚问题。
18.
The second-order determinant that multiplies a given element is found by crossing out the row and column in which that element appears.
乘给定元素的二阶行列式是删去该元素出现的行和列而得到的。