1.
Effect of an explicit integration formula for dynamic equation on wave property of numerical simulation
动力方程求解的显式积分格式对数值模拟波动特性的影响分析
2.
Study on the Application of Explicit Integration Formula in Finite Element Simulation of Wave Motion;
显式积分格式及其在波动有限元模拟中的应用研究
3.
Explicit Bounds on Solutions of Some Retarded Integral Inequalities and Their Applications;
时滞积分不等式解的显式界及其应用
4.
Absolutely Stable Explicit Difference Scheme for Sloving Parabolic Equation of Higher Order
高阶抛物型方程恒稳的显式差分格式
5.
The Finite Volume Scheme and Parallel Difference Scheme for Diffusion Equation;
扩散方程的有限体积格式及并行差分格式
6.
Tip of the Day: You can suppress the display of positive, negative or zero values by creating a custom number format in which the appropriate section is left blank.
日积月累：通过自定义数值格式，可控制正数、负数或零值的显示方式。
7.
The Matrices of Permanent Per(A)=1 over Distributive Pseudolattices
分配伪格上积和式Per(A)=1的矩阵
8.
A highly accurate compact explicit difference scheme for extended Boussinesq equations
改进型Boussinesq方程高精度紧致差分显格式
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.
A Class of High Accuracy Explicit Difference Schemes for Solving the Parabolic Equations;
解抛物型方程的一类高精度显式差分格式
11.
An Explicit Difference Scheme with High-Order Accuracy for Solving Parabolic Equation
解抛物型方程的一个高精度显式差分格式
12.
Explicit Series Solution Under Precise Integration for Nonlinear Dynamics System
非线性动力系统精细积分下的显式级数解
13.
Explicit Linear Multistep Methods and Exponential Integral Methods for Burgers Equations;
显式线性多步法及Burgers方程的指数积分法
14.
The Study on the Finite Volume Compact Scheme and the Boundary Treatment of the Compact Finite Difference Scheme;
关于有限容积紧致格式的研究和有限差分紧致格式的边界处理
15.
Sub-domain Precise Integral Compact Difference Scheme with High Accuracy for Solving Parabolic Equation;
抛物型方程子域精细积分高精度紧致差分格式
16.
A New H~1-Galerkin Mixed Finite Element Method for the Hyperbolic Type Integro-differential Equation
双曲型积分微分方程一个新H~1-Galerkin混合元格式
17.
The alternating segment method of spline sub-domain precise integration for convection-diffusion equation
对流扩散方程的样条子域精细积分分步格式
18.
Format Analysis Based on the Image Restoration Calculation of Variation Principle;
基于变分原理的图像复原计算显格式分析