| 1. | A preliminary investigation of methods of controlling chaos in dissipative systems
耗散系统浑沌控制方法初探 |
| 2. | This is one of the basic features of semi - dissipative systems
这是半耗散系统区别于传统耗散系统与类耗散系统的一个基本特征。 |
| 3. | 2 . 1nput - to - state stable theory is a new area of dissipative system theory , we propose some theoretic results and investigate their applications
输入到状态稳定原理是耗散系统原理的新近发展，我们对其进行理论补充并探讨新结论的应用。 |
| 4. | At first , we expound the existence and development of dissipative system depends on continuous negative entropy flows based on the theory of dissipative system and entropy
摘要首先基于耗散系统的熵理论，阐明耗散系统的存在与发展依赖于源源不断的负熵流。 |
| 5. | However , if chinese manufacturing industry - huge dissipative system want to develop , it need the technology and method system of industrial engineering as its negative entropy flows
而中国的制造业这个大耗散系统要想发展，必然需要以工业工程的技术和方法体系作为负熵流。 |
| 6. | The existence of an attractor is one of the most important characteristics for a dissipative system , the long - time dynamics is completely determined by the attractor of the system
在这种耗散型的无穷维动力系统中，吸引子的存在性是最重要的特征之一，系统的长时间性态完全被系统的吸引子所决定。 |
| 7. | The model of electronic circuit is described by a piecewise - continuous concatenation of a dissipative map and a conservative map , which is addressed as a " semi - dissipative system "
带耗散性元件的过电压保护电路模型由一个保守映象和一个耗散映象耦合而成的分段光滑映象描述，我们称该系统为“半耗散系统” 。 |
| 8. | The contributions of this dissertation consist of the following : 1 . passivity theory is an important component of dissipative system theory , we investigate its applications to robust stabilization and stabilization design
无源性原理是耗散性原理的重要组成部分，我们探讨了该原理在鲁棒镇定和镇定设计中的应用。 |
| 9. | For recent years , although a great many important results have been achieved in the field of robust stabilization and stabilization design of nonlinear systems based on dissipative system theory , many researches remain to be done
最近一段时期，基于耗散系统原理的非线性系统鲁棒镇定和镇定设计取得了许多重要成果，但仍然有待深入。 |
| 10. | It is discovered in the rlc circuit model that type v intermittency becomes the main route of the transition from periodic motion to chaos . this type of intermittency can happen only in piecewise - smooth dissipative systems
在带模拟开关的rlc电路模型中发现v型阵发成为主要的从周期运动向混沌运动过渡的形式，这种阵发类型只能在分段光滑耗散系统中发生。 |
