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The Structure, Thermodynamics and
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The Structure, Thermodynamics and
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Contents
Contents
List of Abbreviations
Introduction
The Evolution of Cluster Science
Thesis Overview
The Structure of Clusters
Introduction
Methods
The potential
Searching the potential energy surface
Results
Icosahedral clusters
Decahedral clusters
Close-packed clusters
Structures at long range
Discussion
Thermodynamics of Small Lennard-Jones Clusters
Introduction
Simulation Methods
The 55-atom Lennard-Jones Cluster
The Harmonic Superposition Method
Anharmonicity
The effect of transition state valleys
The effect of well anharmonicity
Thermodynamic Properties
Van der Waals Loops and Size Dependence
The Structure and Stability of Simple Liquids
Introduction
Methods
Correlation Diagrams
Liquid Structure
The 55-atom Morse Cluster
Electronic vs Geometric Magic Numbers
On Relaxation to the Global Minimum
Introduction
Methods
The Standard Potential Energy Surface
Modified Potential Energy Surfaces
Barrier heights
The slope of the funnel
Kinetic bottlenecks
Multiple funnels
Summary
Characterizing the Topography of a Potential Energy Surface
Introduction
Traversing the Potential Energy Surface
The PES of the 13-atom Morse Cluster
Pathways for Lennard-Jones Clusters
Conclusions
References
Publications
Jon Doye
8/27/1997