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1·The frequency equation of RF MEMS switches was derived by separation of variable.

利用变量分离法推导出桥模式RF MEMS开关的频率方程组。

2·Separation of variable method is applied to Hamilton system, which derives to the eigenproblem of Hamilton differential equations.

对于哈密顿体系的偏微分方程分离变量，导致哈密顿型微分方程及本征值问题。

3·When boundary conditions exists jump discontinuity, how to treat by an appropriate way is important in process to make use of the separation of variable.

当边界条件有间断时，在应用分离变量法过程中如何适当处理问题是值得注意的。

4·The variable separation approach is used to obtain coherent soliton structures of a new (2 + 1) dimensional evolution equation.

用分离变量法研究了新(2 + 1)维非线性演化方程的相干孤子结构。

5·The method of variable separation is applied and two ordinary differential governing equations are established and solved.

应用分离变量法，建立并求解了两个常微分支配方程。

6·The improvement to the method of variable combination makes the problem of dual variable separation in geometric programming with a multi difficulty degree simple and easy to solve.

对变量组合法进行了改进，使多困难度几何规划中对偶变量分离问题简单易解。

7·The systematic optimization for the MEKC separation of PTC amino acids by using a dynamic scouting optimization method controlled weighted centroid variable size simplex algorithm was established.

采用控制加权可变步长单纯形算法对PTC氨基酸的毛细管胶束电动色谱分离体系进行动态优化。

8·The propagation of explosive seismic wave in half-space is calculated by applying incomplete separation variable method, so the movement fields of response of ground particles are received.

运用不完全分离变量法的理论计算爆炸地震波在半空间内传播，得到地表质点响应的运动场。

9·The formally variable separation approach is one of the best method to looking for the exact solitary wave solutions of a nonlinear physical model.

形式变量分离方法是寻找非线性物理方程孤子解的一种行之有效的方法。

10·With the method of asymptotic and variable separation, the stress singularity near the conic-shaped crack tip at a bi-material interface is fulfilled.

据此利用渐近展开和分离变量相结合的方法对裂尖奇异性指数的变化进行了分析。