Relying on the science of chaos theory , the essence of human mind is nonlinear , and the chaotic mental status is a dynamical foundation which can bring about more advanced orderly structure 按照混沌理论的观点，人的心理的本质是非线性的，而心理的混沌状态则是导致更高阶段有序结构出现的动力学基础。
As the myth developed in the western world , dragons came to represent the chaos of original matter with the result that with man ' s awakening conscience a struggle arose , and the created order constantly challenged the dragon ' s power 跟西方世界里产生发展的神话一样,龙用人类努力奋斗唤起的苏醒意识逐步描绘了最初物质的混沌状态,而创造的法则不断地挑战龙的力量。
We roundly investigate the chaos and hyperchaos of drefl from different aspect embodying the character of chaos and find that drefl can be in chaotic or hyperchaotic state at some conditions . it is firstly founded that the drefl has two attracting basin at some conditions 从表现混沌的不同侧面对双环掺铒光纤激光器的混沌和超混沌进行了全面研究，在一定的参数条件下，双环掺铒光纤激光器存在混沌和超混沌状态。
From the conclusion that the switched - mode power supply of chaotic operation could be used to reduce emi , we use the famous ogy method to control the dc / dc boost converter and adjust it to operate on chaos state with output voltage demanded ; and then emi level is reduced 基于开关模式电源工作在混沌状态下有利于降低电磁干扰水平这一思路，采用混沌控制理论中著名的ogy方法，从降低电磁干摘要?扰水平的角度，对dc / dcb 。 。 st型变换器进行控制，使dc / dcb 。
First , the author in detail introduces the typology to substitute concept as a systematization method . the typology method not only acknowledges that the legal science about the pure economic loss is still pausing at a starting degree . moreover it has provided the research route as following : experience type - logic type - standard type 首先,笔者详细介绍了类型替代概念的体系化方法,作为方法论的自省,类型化不仅承认了法学界对纯粹经济损失的研究程度尚停留在混沌状态的现状,而且提供了从“经验类型”到“逻辑类型”再到“范类型”研究路线。
In turn he took his place in the reading class and made a botch of it ; then in the geography class and turned lakes into mountains , mountains into rivers , and rivers into continents , till chaos was come again ; then in the spelling class , and got " turned down , " by a succession of mere baby words , till he brought up at the foot and yielded up the pewter medal which he had worn with ostentation for months 结果朗读时，他读得别别扭扭而在地理课上，他把湖泊当成山脉，一切都被他“恢复”到了原始混沌状态上拼写课时，一连串最简单的字弄得他“翻了船” ，结果成绩在全班垫了底，他只好把戴在身上风光了好几个月的那枚奖章退给了老师。
The experimental results show that the critical transition point of chaos state by complexity analysis corresponds well with that proposed by chaos analysis , but complexity analysis is easier to be calculated . complexity theory not only provides a new method to analyze non - linear pressure fluctuation , but also have been proposed to be wide application foreground used in the future 涨落复杂性和最大lyapunov指数在对床内运动进入混沌状态的敏感指示这一点上，两者是一致的，但涨落复杂性和最大lyapunov指数相比，不易受到取压点高低位置不同的影响，在工业运用上更具有优势。
In this paper , the second chapter introduces the reducing idea of inertial manifolds and approximate inertial manifolds , and discuss th e similarity reduction of ks equation . the third chapter introduces the basical idea and theory of the exact linearization controlling , then use this methods to control chaos of an ordinary differential system chen equation and apply the exact linearization controlling method to control the chaotic behaviours , i . e . controlling the chaotic states to steady states 本文第二章介绍了无穷维动力系统的惯性流形与近似惯性流形的约化思想，并讨论了ks方程的直接约化方法。第三章介绍了精确线性化控制方法的基本思想和理论根据，并应用精确线性化控制方法对具有典型混沌动力学行为和性质的一个常微分系统chen方程进行混沌控制，将chen方程的混沌状态控制为稳定状态。
This theory indicates theory originality that hartman wants to distinguish and close the gulf between conception and idea , on the understanding that they were not differentiated in plato ' s idea theory , hume and schopenhauer were discontent of this state and tried to distinguish them 如果说在柏拉图的理念论中概念与理念处于一种杂合不分的混沌状态，休谟、叔本华等不满于此状态而试图对其作出明晰的区分，那么这些观点显示哈特曼既欲明晰鸿沟又要弥合鸿沟的理论创意。
At first , a method for controlling chaos is studied , which is based on phase switching modulation . the n - scroll chua ' s circuit is controlled to its fixed point as well as periodic orbits by using switching modulation on one its phase . its mechanism of control is analysed using the change of the max lyapunov exponent when the system is controlled 首先，通过对多涡卷蔡氏电路中非线性特性函数的相位进行开关调制，把多涡卷蔡氏电路由混沌状态控制到其平衡态和周期轨道，并用控制后系统的最大lyapunov指数随时间的转变阐述了其控制机制。
