微分的例句大全

To solve the equations of gas phase, SIMPLE method is used.

在求解气相场微分方程时用SIMPLE方法。

This paper has proved the Sard theorem and the Brown theorem directly and strictly with the method of differential topology.

本文试用微分拓扑的方法直观而又严谨地证明了Sard定理和Brown定理。

Compensation and Correction of Elemental X-Ray Analysis of Non-Conducting Materials

非导电材料元素X-射线显微分析的补偿和校正方法

Global Stability for Difference Equations Modelling Facultative Mutualism

兼性的互惠共生的微分方程模型的全局稳定性

A New Phase Measuring Profilometry Based on Differentiation

基于微分法的新相位测量轮廓术

For the semilinear differential equations with nonlinear term f ( u), this paper introduces a simplified finite element method, called as interpolated coefficient finite element method, which requests that/(?/,) is replaced by interpolation Ihf ( uh) in numerical computation.

本文针对半线性微分方程中含有的非线性项f（u），在有限元计算中将插值I hf（u h）代替f（u h），从而得到一种简化的有限元法-插值系数有限元法。

The errors between a curve generated by differential algorithm and its original given function consists of basic error and stepping error.

微分法发生的曲线与给定函数之间的误差包括基本误差和走步误差。

A function generated by a differential algorithm approximates a function ( properly called an approximate function) which deviates from its original function. This error is called "basic error".

基本误差系微分法发生曲线时实际逼近的函数（称为逼近函数）与给定函数间的误差。

Oscillations of solutions to a kind of nonlinear FDE relating to single population model

一类与单种群模型有关的非线性泛函微分方程解的振荡性

On the choice of state space of fde's

关于泛函微分方程状态空间的选择

This design method guaranteed better homing performance compared with the proportional guidance law and traditional DGL.

所提出的设计方法较比例导引律和传统微分对策导引律具有更好的寻的性能。

Differential Correction for Spot Parameters and the Photometric Solution of the RS CVn System RT CrB

食双星RT CrB测光畸变波的黑子模拟及黑子参数的微分改正解

This paper introduces a concept of pseudo-static inclination angle by solving the rollingdifferential equation of ships.

通过船舶横摇运动微分方程的解,引入虚静倾角概念;讨论连续单摆运动的摆幅曲线,提出船舶的多摆稳性问题.

The Centers and Quasi-isochronous Centers at Infinity for a Class of Differential Systems

一类微分系统无穷远点的中心与拟等时中心

The definitions of the isochronous center and the quasi-isochronous center at infinity for differential systems are introduced.

给出了微分系统无穷远点等时中心、拟等时中心的定义。

Numerical solution of differential equations.

微分方程的数值解.

Numerical solution of second order differential equations.

二阶微分方程的数值解.

Such systems in the numerical solution of partial differential equations are quite common when.

这种系统在数值求解偏微分方程时相当常见.

Design of nonlinear excitation control law based on the differential geometry method

基于微分几何方法的非线性励磁控制规律的设计

Studies on the Data Diagnosis with the Theory of Differential Geometry

用微分几何理论进行数据诊断