| 1. | Thus what is now called the wave equation in one spatial dimension appears for the first time .
这样一来现在称为一维的波动方程就第一次出现了。 |
| 2. | Alternatively, one may utilize the wave equation and appropriate boundary conditions to yield a specific solution .
另外，我们也可以利用波动方程和适当的边界条件以得出一个特解。 |
| 3. | It should be possible, however, to extract this information from the wave equation since the behavior of the particle is completely specified by it .
然而，因为粒子的状态完全由波动方程确定，所以也可以由波动方程得到这一关系。 |
| 4. | Explicit solutions of regularized long wave equation
正则化长波方程的显式精确解 |
| 5. | Life span of the classical solutions to wave equation
波动方程经典解的生命区间 |
| 6. | Viscoelastic wave equation forward modeling and migration
粘弹性波动方程正演和偏移 |
| 7. | Electromagnetic wave equation in anisotropic media
各向异性介质中的波动方程 |
| 8. | A note on - dimensional dispersive long wave equation
维色散的长波方程求解的一个注记 |
| 9. | Bolw up of global solutions to quasi - linear wave equation
拟线性波动方程整体解的爆破 |
| 10. | Iterative methods for symplectic algorithm of wave equation
波动方程辛算法的迭代求解 |
