非线性和复杂系统的理论、方法和应用刘曾荣文选刘曾荣著上海出版 pdf下载

基本信息

书名:非线性和复杂系统的理论、方法和应用 刘曾荣文选

定价：220元

作者:刘曾荣 著

出版社：上海大学出版社

出版日期：2016-05-01

ISBN：9787567122321

字数：1061000

页码：654

版次：

装帧：精装

开本：16开

商品重量：

内容提要

本书共分三个部分。部分是作者科研工作一般性的总结，包括作者从20世纪80年代以来直到2014年5月前发表的论文目录、主持或参与的国家的科研项目以及相关的资料。从中可以看到作者是如何从一个科研的门外汉逐步成长为一个国际的科研工作者。第二部分是作者选取的52篇的代表性论文。论文的选取既考虑了作者工作过的领域又考虑到了论文的意义。从这部分中可以发现作者从事交叉研究的特色。第三部分是作者35年科研工作所走过的道路、科研工作的体会以及对年轻一代的期望，表达了一个老科技工作者的心愿——中国由科研大国转型为科研强国。

目录

部分科研工作一般性介绍
1.1学术论文3
1.2学术论著22
1.3承担的主要科研项目24
1.4国家自然科学基金委员会对研究工作的评价及获奖情况25
1.5说明27
第二部分代表性论文
PerturbatioSolutioof the WeakNonlinear Differential Equatiowith δFunction31
Chaotic Behavior iPlanar Quadratic HamiltoniaSystem with Periodic Perturbation39
Phase Plane Characteristics and Dynamic Stabilities for a Spiral Sector Cyclotron47
Discontinuous and Impulsive Excitation55
Structure of the Attracting Set of a Piecewise Linear HnoMapping60
Higherorder Melnikov Method70
A Centrosymmetric Chaos 83
The Strange Attractor of The Lozi Mapping87
The Strange Attractor of a Kind of Twodimensional Map and Dynamical Properties oIt100
The Measures of Sequence Complety for EEG Studies109
A New Method of Studying the Dynamical Behaviour of the sineGordoEquatio116
InformatioTransmissioiHumaCerebral Cortex122
Is There Chaotic SynchronizatioiSpace Extend Systems?133
The Schrdinger Operator140
ORadii of Absorbing Sets for KuramotoSivashinsky Equation149
p Dissipative Operator160
Homoclinic Orbit iODE oGAIM of the sineGordoEquation190
Constructing new Periodic Exact Solutions of EvolutioEquations196
Controlling Hyperchaos209
Straightline Stabilization215
Othe Persistence of Lowerdimensional Invariant Hyperbolic Tori for Smooth Hamiltonia
Systems223
A New SynchronizatioPrinciple and Applicatioto Chuas Circuits238
Some Dynamical Behavior of Discrete Nagumo Equation244
OAreapreserving Nonhyperbolic Chaotic Maps: A Case Study254
Dynamics of Periodic Delayed Neural Networks261
Singular Dynamics with Applicatioto Singular Waves iPhysical Problems287
Efficient Target Strategies for ContagioiScalefree Networks297
A New Method to Realize Cluster SynchronizatioiConnected Chaotic Networks304
From Lag Synchronizatioto PatterFormatioiOnedimensional OpeFlow Models319
Epidemic Spreading oUncorrelated Heterogenous Networks with Nonuniform Transmissio
328
From Lag Synchronizatioto PatterFormatioiNetworked Dynamics335
Synchronizatioof Complex Dynamical Networks via Impulsive Control347
The Basiof Attractioof the CheAttractor362
Oscillatory Dynamics ia Simple Gene Regulatory Network Mediated by Small RNAs371
Periodic OscillatioiDelayed Gene Networks with SUM Regulatory Logic and Small
Perturbations379
Meanfield Level Analysis of Epidemics iDirected Networks403
SynchronisatioMechanisms of CircadiaRhythms ithe Suprachiasmatic Nucleus413
How Divergence Mechanisms Influence Disassortative Ming Property iBiology433
Emergence of Modularity and Disassortativity iProteinproteiInteractioNetworks444
AEfficient Rangefree LocalizatioAlgorithm for Wireless Sensor Networks457
Exponential Synchronizatioof Chaotic Systems with Timevarying Delays and
Parameter Mismatches via Intermittent Control470
The InteractioBetweeMultiplex Community Networks487
Mechanisms Generating Bistability and Oscillations iMicroRNAmediated Motifs495
Different Water Scenarios for a Primitive Model with Two Types of HydrogeBonds512
Dynamical Behaviors of RbE2F Pathway Including Feedback Loops Involving
miR449520
Chaotifying a Continuoustime System via Impulsive Input539
Adaptability and Sensitivity of Complex Systems550
MicroRNAMediated RegulatioiBiological Systems with Oscillatory Behavior559
Destructive Extractioof Phospholipids from Escherichia coli Membranes by Graphene
anosheets570
Chaotic Stationary Solutions of Cellular Neural Networks585
Overexpressioof DCF1 Inhibits Glioma through Destructioof Mitochondria and Activatio
of Apoptosis Pathway595
Dynamic Analysis of the Combinatorial RegulatioInvolving TranscriptioFactors and
microRNAs iCell Fate Decisions608
第三部分挑战
挑战629
结束语655

编辑推荐

本书展现了一个科研工作者的科研成长和转型历程、科研成果与科研心得体会，揭示了中国由科研大国转变成科研强国不是梦。