| 1. | The characteristic equations of the two equations are identical .
两方程对应的特征方程是恒等的。 |
| 2. | the roots of the characteristic equations are known as eigenvalues, or characteristic values.
特征方程之根称为本征值或特征值。 |
| 3. | Inverse - time characteristic equations for overcurrent relays
过流继电器反向时间特性方程式 |
| 4. | Asymptotic series solution of the characteristic equation of corrugated circular waveguide
波纹圆波导特征值的渐近解 |
| 5. | Approximation solution of characteristic equation of guide wave in a semicircle tunnel
半圆形隧道中导行波特征方程的近似求解 |
| 6. | The ava inversion equation of multiwave in ti media has been set up on the basis of amplitude characteristic equations
进一步根据所建立的ti介质多波振幅特征方程导出了ti介质中多波ava反演方程。 |
| 7. | Modal characteristic equations of mode he11 , te01 , tm01 are analysed with numerical method and their dispersion curves are given
对he11 、 te01 、 tm01三个低阶模的特征方程进行了数值计算，给出了它们的色散曲线。 |
| 8. | With the solutions of characteristic equations , we advanced an approximative algorithm for solving precise characteristic equations
进一步运用? 1时的特征方程的解，提出了一种求解严格特征方程之特征值的近似方法。 |
| 9. | Some device characteristics equations are so complex that they are hard to be transform . in this condition , use parameter extraction software
有些器件特性方程比较复杂,难以线性化,使用参数提取软件能大大提高工作的效率和精度。 |
| 10. | The hybrid element method is applied to get bonded materials " characteristic equations and the stress and strain fields near the tip of the interface of bonded materials
同时本文应用杂交元方法确定结合材料特征根，求得界面端附近的应力场和位移场。 |
