| 1. | Steady solution and its stability of nonlinear schr dinger equation
非线性薛定谔方程的稳态解及其稳定性研究 |
| 2. | Some singular stationary solutions are also presented in this part
同时，我们还给出了一些奇性稳态解的例子。 |
| 3. | On the boundary value problem of the second order stationary wave diffraction potential
关于二阶波浪绕射势稳态解边值问题 |
| 4. | Asymptotic behavior of nonstationary solution for two - phase continuous casting problem
两相连续铸钢问题非稳态解的渐近性质 |
| 5. | The solution is complete , including both the homogeneous ( transient ) and particular ( steady - state ) solution , and initial conditions are automatically included
其解是一个完整的解，包括齐次解（动态解）和特解（稳态解） ，且初始条件已经自动地包括了。 |
| 6. | Prediction of hydrodynamic pressure . the thesis presents a practical engineering method to predict the hydrodynamic pressure on instantaneous wet ship surface
关于水动压力预报：本文提出了基于二维扰动流场频域稳态解的一种预报船体瞬时湿表面压力分布的工程实用方法。 |
| 7. | Then by combining those results with our previous results we deduce that the time - dependent solution of this system converges strongly to the steady - state solution of this system
然后将该结果与作者以前的结果结合起来推出该系统的时间依赖解当时刻趋向于无穷时趋向于该系统的稳态解。 |
| 8. | The state is markov process in appropriate expanded space and the accurate stationary solution , which is the probability density function of velocity response , can be obtained by solving its corresponding fpk equation
在适当扩大了的空间中，其状态是马尔可夫的，通过求解对应的fpk方程可得到精确稳态解，即速度响应的概率密度函数。 |
| 9. | The thermal state of the piston has been studied under the thermal shock in the first time . the lumped parameter system of the temperature has been established under the triangle rectangle and instantaneous impact . and the simulation results also have been got
首次建立了活塞在受到矩形波、三角形波、瞬态冲击等热激励时的温度变化的集总参数模型，进而获得了在上述热冲击下活塞温度的解析解及稳态解。 |
| 10. | And at this foundation through the dispersed domine analyse the paper makes a great emphasis on the application of computer aided design and simulation , then designs a series of apfc design and simulation software . this paper takes out a set of designation and simulation on base of actual circuit . the reliable result , output voltage and inductance current which are got from this software are the same as the actual value
本文在对一系列apfc电路设计、仿真分析方法讨论比较的基础上，着重应用离散时域法进行了计算机辅助电路设计和仿真方法的应用探索，以此为基础设计了pfcexpert功率因数校正电路设计、仿真软件，针对实际电路给出了整个设计和仿真全过程，通过实验验证了该软件所得到的精确稳态解、瞬态输出电压和电感电流，与实际电路输出基本相同，所建立的电路模型重现了电路的运行过程，反映了电路的实际工作机理。 |
