| 1. | The set of all solutions of a differential equation is called the complete or general solution .
一个微分方程所有解的集合称为方程的全解或通解。 |
| 2. | The general solution of the given equation is consequently the collection of the function that satisfies the equation .
因此，给定方程的通解为满足这个方程函数的集合。 |
| 3. | The general solution of the simple harmonic equation (3. 1) can therefore be expressed in the following alternative forms .
因此简谐运动方程（31）的通解可用下列任一的形式表示。 |
| 4. | The general solution of (5. 122) is an arbitrary linear combination of a series of even powers and a series of odd powers .
（5122）的通解是一个偶次幂级数和一个奇次幂级数的任意线性组合。 |
| 5. | General solutions of bending problem for vlasov plates
符拉索夫板弯曲问题的通解 |
| 6. | A general solution to orthotropic material plane problems
正交异性幂强化材料的平面应力应变分析 |
| 7. | A general solution of anisotropic thin plate in bending problem
各向异性矩形薄板弯曲问题的一般解 |
| 8. | The general solution in these cases seems to be : use jdbc
对于上述情况，通常的解决方案可能是：使用jdbc 。 |
| 9. | The general solution of a kind second order equation is given
摘要给出一类二阶变系数线性微分方程的通解。 |
| 10. | About the general solution of elasticity equations in respect of stresses
关于以应力表示的弹性力学问题的通解 |
