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Disequilibrium and Self-Organisation
Overview of attention for book
Table of Contents
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Book Overview
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Chapter 1
Self-Organization and Information Theory
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Chapter 2
The Mathematics Needed for Self-Organisation
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Chapter 3
Entropy and Order
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Chapter 4
Pattern Formation for a One Dimensional Evolution Equation Based on Thom’s River Basin Model.
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Chapter 5
On the Modelling of Vehicular Traffic Flow
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Chapter 6
Alternative Exploitation of Dissipation Inequality Demonstrated for Hyperbolic Heat Conduction
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Chapter 7
A New Approach to Thermodynamics of Irreversible Processes by Means of Lagrange-Formalism
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Chapter 8
A Boundary-Layer Theory for the Dynamics and Thermodynamics of Phase-Interfaces
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Chapter 9
Large Scale Magnetic Fields in Fluids — An Example of a Dissipative Structure
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Chapter 10
Facing Some Problems with Entropy
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Chapter 11
On the Spontaneous Emission from Two-Level Atoms in a Damped Cavity
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Chapter 12
Polynucleotides — A Class of Self-Organizing Biomolecules
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Chapter 13
Stages of Emerging Life — Five Principles of Early Organization
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Chapter 14
The Physical Matrix for Self-Organisation
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Chapter 15
Spontaneously Broken Symmetries and Dissipative Structures
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Chapter 16
On the Coherence of Ultraweak Photonemission from Living Tissues
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Chapter 17
Evolution: Natural Selection or Self-Organization?
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Chapter 18
Thermodynamics and Complex Systems
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Chapter 19
The Transition from Town to City: Metropolitan Behaviour in the 19th Century
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Chapter 20
Creation, Organisation and Preservation of Dissipative Structures
Overall attention for this book and its chapters
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Mentioned by
syllabi
1
institution with syllabi
Readers on
mendeley
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Mendeley
Book overview
1. Self-Organization and Information Theory
2. The Mathematics Needed for Self-Organisation
3. Entropy and Order
4. Pattern Formation for a One Dimensional Evolution Equation Based on Thom’s River Basin Model.
5. On the Modelling of Vehicular Traffic Flow
6. Alternative Exploitation of Dissipation Inequality Demonstrated for Hyperbolic Heat Conduction
7. A New Approach to Thermodynamics of Irreversible Processes by Means of Lagrange-Formalism
8. A Boundary-Layer Theory for the Dynamics and Thermodynamics of Phase-Interfaces
9. Large Scale Magnetic Fields in Fluids — An Example of a Dissipative Structure
10. Facing Some Problems with Entropy
11. On the Spontaneous Emission from Two-Level Atoms in a Damped Cavity
12. Polynucleotides — A Class of Self-Organizing Biomolecules
13. Stages of Emerging Life — Five Principles of Early Organization
14. The Physical Matrix for Self-Organisation
15. Spontaneously Broken Symmetries and Dissipative Structures
16. On the Coherence of Ultraweak Photonemission from Living Tissues
17. Evolution: Natural Selection or Self-Organization?
18. Thermodynamics and Complex Systems
19. The Transition from Town to City: Metropolitan Behaviour in the 19th Century
20. Creation, Organisation and Preservation of Dissipative Structures
Summary
Syllabi
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