Principles of Regional Science

"Preface" -- "Contents" -- "Chapter 1: Introduction" -- "Chapter 2: Location Theory" -- "2.1 Spatial Interaction" -- "2.1.1 Newton Potential" -- "2.1.2 Maximum Entropy Model" -- "2.1.3 Agent-Based Model (Population Model)" -- "2.1.4 A Physical Image of Spatial Interaction" -- "2.1.4.1 MIF and Population" -- "2.1.4.2 Characteristics of Agent-Based (Population) Diffusion" -- "2.1.4.3 Model of Agent Diffusion on a Homogeneous Field" -- "2.1.4.4 The Kernel Spatial Interaction in a Geographical Space" -- "2.2 Location and Spatial Structure" -- "2.2.1 Losch Formula" -- "2.2.2 Thunen Location and Thunen Structure" -- "2.2.3 Hotelling-Pallant Location and Christaylor Structure" -- "2.2.4 Weber Problem and Weber Structure" -- "2.2.5 Losch Competition and Losch Structure " -- "2.2.6 Space Network Structure" -- "2.3 Other Location Problems" -- "2.3.1 Tourism Location Model" -- "2.3.2 Location Factor Model of High-Tech Industrial Agglomeration" -- "Appendix" -- "Chapter 3: Spatial Dynamics" -- "3.1 Statistical Mechanics" -- "3.1.1 Basic Theory" -- "3.1.2 Spatial Aggregation and Differentiation" -- "3.1.3 Industrial Cluster" -- "3.2 Nonnumerical Simulation" -- "3.2.1 Cellular Automata" -- "3.2.2 For Urban Evolution Simulation of Cellular Automata" -- "Chapter 4: Regional Dynamics" -- "4.1 Classical Theory of Regional Development" -- "4.1.1 The Theory of the Regional System of the Man-Land Relationship" -- "4.1.2 Comparative Advantage and Economic Growth Theory" -- "4.1.3 Growth Pole-Axis Theory Point" -- "4.2 Regional Evolution" -- "4.2.1 Three Natures and Evolution of the Region" -- "4.2.2 R Phenomenon in Regional Evolution: Locking and Variation" -- "4.3 Regional Development" -- "4.3.1 Overview" -- "4.3.2 From the Primitive Economy to Aggregation and Industrialization" -- "4.3.3 Regional Specialization" -- "4.3.4 Regional Integration