Proposed a new form of non-linear first-order ordinary differential equation, meanwhile, it shows the parameter form of universal solution.

提出一阶非线性常微分方程新的可积型，且给出其通解的参数形式。

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First, a differential geometrical description equation is obtained based on differential geometry theory without the need to estimate the parameter of available time-to-go.

首先，基于微分几何理论，得到了导弹运动的微分几何描述方程，无需估计剩余飞行时间。

youdao

First, a differential geometrical description equation is obtained based on differential geometry theory without the need to estimate the parameter of available time-to-go.

首先，基于微分几何理论，得到了导弹运动的微分几何描述方程，无需估计剩余飞行时间。

youdao