1.
ordinary integral element
寻常[通常]积分元(素)
2.
Construction of the Regional Elements of Differential Calculus and Re-integration into a Single-integral Directly
构建区域元素一元微分 重积分直接化为单积分
3.
The Gauss Integral Scheme and Hammer Integral Scheme in the Finite Element Method
有限元方法的Gauss积分和Hammer积分方案
4.
The General Methods and Techniques in Substitution Rule for Indefinite Integrals
换元积分法中常用的换元方法与技巧
5.
INTEGRAL CLASSIFICATION AND INTEGRAL FORMULAS FOR TRIANGULAR THIN-PLATE ELEMENTS
三角形薄板单元的积分分类和积分公式
6.
An integration cell of long pulse integrator with ultra-low drift
长时间无零漂积分器中的单元积分电路
7.
Differential Quadrature Method and Differential Quadrature Element Method--Theory and Application;
微分求积法和微分求积单元法——原理与应用
8.
The solutions are obtained utilizing the integration of properly weighted centres of dilatation over the volume occupied by the body.
通过体积元素积分得到的调和势函数通过椭圆积分及其导数表示。
9.
Numerical Analysis of Some Finite Volume Element and Finite Volume Schemes;
几类有限体积元及有限体积格式的数值分析
10.
Difference of Integrations of Broad Meaning between One Function and Plural Function;
一元函数与多元函数在广义积分上的差异
11.
The discretization of BIE is based upon constant elements.
边界积分方程的离散基于常数元模式.
12.
Finite Element Analysis of Mass Concrete about Temperature and Cracking Control;
大体积混凝土温控防裂的有限元分析
13.
Galerkin Boundary Element Method with Hyper Singular Intergral;
带超强奇异积分的Galerkin边界元法
14.
An Analysis of Integrability about the Four-variable Pfaff Constraint;
四变元Pfaff约束的可积性分析
15.
The Discussion on Skills of Learning changing integral method for Students in Advanced Professional Colleges;
高职学生学习换元积分法的技巧探讨
16.
The Importance and Application of Calculus with Single Variable in Economics;
一元微积分在经济学中的意义和应用
17.
Superclose Analysis of Rotate Q_1 Element the Parabolic Integrodifferential Equation;
抛物积分微分方程的旋转Q_1元的超逼近分析
18.
Semidiscrete Finite Volume Element Methods for Semilinear Parabolic Integro-Differential Equations
半线性抛物型积分微分方程的半离散有限体积元方法