1) oscillatory solution
振荡解
1.
An exact kink solitary wave solution and an approximate solution of oscillatory solution are obtained.
运用常微分方程定性理论中的相平面分析方法讨论了具耗散项的对称正则长波方程的行波解,得到了关于其有界行波解的存在性、单调性及振荡性的若干结果,并求出了一类扭状精确孤波解和振荡解的近似解。
2.
researched on equation y"(x) + p(x)y(x)= f(x) oscillatory solution.
研究了方程ｙ″（Ｘ）十ｐ（Ｘ）ｙ（Ｘ）＝ｆ（ｘ）振荡解的充分条件，非振荡解为正解的充分与必要条件以及非振荡解的渐近性。
3) nonoscillatory solution
非振荡解
1.
Amplereasons are given for this equation oscillatory solution and nonoscillatory solution being positive solution, and, essential condition are given for this equation nonoscillatory solution being positive solution and advance little by little of nonoscillatory solution.
研究了方程ｙ″（Ｘ）十ｐ（Ｘ）ｙ（Ｘ）＝ｆ（ｘ）振荡解的充分条件，非振荡解为正解的充分与必要条件以及非振荡解的渐近性。
2.
Sufficient conditions for the nonoscillatory solutions of a class of third order nonlinear differential equations are presented.
给出了一类三阶非线性微分方程存在非振荡解的充分条件 ,使得Parhi准则更加一般化· 在一些特殊情况下 ,这些结论适合于更弱的条
4) solution oscillation
解振荡
1.
Unfortunately,the approach exhibits solution oscillation in its iterative algorithm.
拉格朗日松驰法为求解复杂调度问题次最优解的一种重要方法，陆宝森等人把这种方法推广到ＪｏｂＳｈｏｐ调度问题，但他们的方法存在解振荡问题。
5) oscillation of solution
解的振荡
6) periodic oscillatory solution
周期振荡解
1.
Existence and exponential convergence of periodic oscillatory solution for BAM neural networks with delays is discussed by using fixed-point theorem,constructing suitable Lyapunov functions,and some analysis techniques.
应用Banach空间的不动点定理并通过构造适当的Lyapunov函数,结合一些分析的技巧研究了时滞BAM神经网络周期振荡解的存在性和指数收敛性。
补充资料：振荡解列装置
振荡解列装置
out-of-step splitting device
zhendongJ一e{旧zhuongzh}报荡解列装t(out一of一step splitting deviee)见电力系统自动解列装1。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条