1·Dongdong very good and can be used to solve ordinary differential equations.
非常好的东东，可以用来求解常微分方程。
2·His work remains mathematically in the realm of ordinary differential equations.
他的工作在数学上就停留在常微分方程的范围。
3·The governing ordinary differential equations of composite stress are given by using shear-lag theory.
通过剪切滞后模型建立了复合材料应力场的控制微分方程。
4·This is the solution of ordinary differential equations for the original code, is a series of my own Oh.
这是用来解常微分方程的原代码，是我自己编的哦。
5·A new numerical method, analytical discrete method, for solving ordinary differential equations is proposed.
提出求解常微分方程的一种新的数值方法——解析离散法。
6·The boundary value problem of ordinary differential equations is an important domain in differential equations.
常微分方程的边值问题是微分方程的一个重要研究领域。
7·The dynamic equations developed in this paper are a set of highly nonlinear STIFF ordinary differential equations.
本文导出的动力学控制方程是高度非线性的STIFF常微分方程组。
8·When solving different ordinary differential equations, we may take the analytical solution or numerical solution.
不同类型的常微方程可以采用解析解法或者数值解法。
9·Time dependent ordinary differential equations are obtained from the mass and energy balances for each control volume.
针对每个控制容积建立了质量和能量平衡的微分方程。
10·Numerical methods available in MATLAB for solving the ordinary differential equations are employed for the dynamic analysis.
适用于MATLAB的数值方法用来解动力分析采用的差分方程。