| 1. | Asymptotic perturbation theory . higher - order effects
16渐近扰动理论-高阶效应。 |
| 2. | Small - perturbation theory . orr - sommerfeld equation
20小扰动理论。奥-索末非方程。 |
| 3. | Perturbation of n - times integrated c - semigroups
半群的扰动理论 |
| 4. | Bilinear perturbation theory
比线性扰动理论 |
| 5. | Ballistic perturbation theory
弹道扰动理论 |
| 6. | Geometric singular perturbation theory for ordinary differential equations with multifrequency
多频常微分方程的几何奇异扰动理论 |
| 7. | The optimal backward perturbation analysis is a fruitful method developed in the last ten years
最佳向后扰动分析是近十多年发展起来的矩阵扰动理论的新分支。 |
| 8. | More specifically , we combine geometric singular perturbation theory with melnikov analysis and integrable theory to prove the persistence of homoclinic orbits
) dinger方程同宿轨道的存在性，其基本思想方法是基于整体可积理论、 melnikov方法和奇异扰动理论的综合运用 |
| 9. | We adopt a three mode fourier truncation and get a six dimensional model . this model is considered and the persistence of the homoclinic orbits is obtained by melnikov ' s analysis together with the geometrical singular perturbation theory
) dinger ( dnls )方程，通过采用三模fourier截断，我们得到一个六维模型，利用melnikov分析和几何奇异扰动理论证明了这个六维模型同宿轨道的保持性。 |
| 10. | The second is to afford applied computer program . the last is to analyze the relation between mixture ' s em parameters and iron fiber ' s figure and content , and get some disciplinary conclusions . this paper uses the strong fluctuation theory ( sft ) as analysis tool
我们首先分析了应用强扰动理论的方法，考虑到铁纤维是导电纤维，我们认为只要能得到单根导电纤维的电磁参数，强扰动理论便能应用于铁纤维混合物情形。 |
