strange attractor

Pressure ; Study on Pulsating Stress of Turbulence with Strange Attractor Theory

用奇怪吸引子理论研究紊流脉动压力特性

Computer Simulation for the Perspective Drawings of the 3 D Strange Attractor

三维奇怪吸引子透视图的计算机模拟

The Research on Strange Attractor Visualization Based on Phase Density

基于相密度的混沌吸引子可视化方法研究

The Analysis of Strange Attractor in the Fluctuation of International Oil Price

国际石油价格波动中的奇异吸引子分析

A cell model of strange attractor and two theorems of chaos existence

奇异吸引子的细胞模型及混沌存在定理的建立

The discussion on Mechanism of band - emerging of strange attractor

奇怪吸引子分片机理的讨论

Chaos and observation of strange attractor in co_2 laser with transverse magnetic field

横向磁场导致CO2激光器混沌运转及其奇异吸引子的观测

Calculation of the Box Dimension of the Strange Attractor in Logistic MAP

Logistic映射中奇怪吸引子的盒维数计算

Analysis for the Simulating Attributes of Rossler strange Attractor in Chaos Dynamic System

混沌动力系统中Rossler奇异吸引子数值仿真分析

Period doubling , chaos and strange attractor in power system disturbed by periodic parameter

周期参数扰动电力系统中的倍周期分叉、混沌和奇怪吸引子

Logistic Mapping Digital-flow Chaos Strange Attractor and Its Parameter Analysis

Logistic映射数字流混沌奇怪吸引子及参数

On the Appoximate Analytic Form and Geometric Structure of Strange Attractor in chaotic Motion

关于混沌运动奇异吸引子的近似解析式和几何形状

The investigations about chaos , attractor and strange attractor are main subjects in non-linear analysis .

关于浑沌、引子、怪引子等的研究是非线性分析中的重要课题。

Strange attractor in sliver evenness series Grey Prediction for Sliver Unevenness

纱条不匀的灰色预测

And these seismic activities all have a strange attractor of lower dimension and appear as a chaotic order .

它们都有一个维数比较低的奇怪吸引子，表现为一种浑沌序。

Strange attractor and chaotic phenomena in non-ideal MHD flow

非理想MHD流的奇异吸引子与混沌现象

This paper presents a cell model of strange attractor in third order chaotic systems , and the explanation of the model is given in detail .

建立三阶自治系统的奇异吸引子的一种“细胞摸型”，并对此模型作了详细解释。

The strange attractor , with its characteristic special shape , has become a much-published symbol of chaos .

奇异吸引子以其富有特性的特殊形状已经成为众多出版物中混沌的符号和化身。

A careful chaotic dynamic analysis on a transitional boundary layer shows the existence of the strange attractor in the total transitional processes .

通过对平板边界层流动中的测量数据的仔细分析，证实了在平板边界层的湍流发生的过程中存在着奇怪吸引子。

Based on the fractal structure of strange attractor and self-affine property of time series , a method is proposed for predicting chaotic time series .

从混沌与分形的关系出发，基于奇怪吸引子的分形结构和时间序列的自仿射特性，提出了一种混沌时间序列的预测方法。

The natural tightly was connected between chaos and Fractal due to the infinite similarities of strange attractor of chaotic dynamic system .

混沌动力系统的奇异吸引子所具有的无穷自相似性使混沌理论和分形学自然紧密联系。

A strange attractor in homogeneous turbulence

均匀湍流中的奇怪吸引子

There are steady attractor , periodic attractor , quasi-periodic attractor , and strange attractor .

可以有定常吸引子，周期吸引子，拟周期吸引子和奇怪吸引子。

Strange attractor familiar stranger

熟悉的陌生人

Bifurcation , chaos , strange attractor , turbulence and all that . & on intrinsic stochasticity in deterministic systems

分岔、混沌、奇怪吸引子、湍流及其它&关于确定论系统中的内在随机性

By changing the control parameters , a series of the perspective drawings of the strange attractor of the 3 D nonlinear map are drawn with the computer .

改变控制参数，利用计算机绘制了某一三维非线性映射奇怪吸引子的一系列透视图；

These new measures are also applied to chaotic signal analysis . They are shown to be good criteria beyond the classical MI for choosing delay in strange attractor reconstruction .

本文还将新度量用于混沌信号分析，表明它们都是在经典的互信息之外的奇异吸引子重构时延的好的选取准则。

Numerical analysis shows that a certain range of the magnetic Reynolds number the system exhibits the chaotic behavior , the phase orbit is tending towards a strange attractor .

数值分析表明，在一定的磁Reynolds数范围内，系统呈现混沌行为，相轨道趋向于奇异吸引子。

It is confirmed that there is a strange attractor in turbulent fluctuation pressure system of flow field , and the correlation dimension D tends from 5 to 6 .

随着转速的提高，压力升高，紊流度增大。证明了在高速紊流的脉动压力系统中存在奇怪吸引子，关联维数为5～6。

The results showed that the long-term state of the system is a strange attractor with self-similar fractal structure and its fractal dimension is a sensitive measure of the mechanism of rock breaking .

应用时间延迟方法反演了该系统的动态，其结果表明，系统的长时性态为一具有自相似分形结构的奇怪吸引子，分维数就是岩石破碎机理改变的一个灵敏度量。