PART I: The Thermal Energy Region
1. Introduction and Historical Review
2. The Scattering Kernel
3. Neutron Thermalization in an Infinite Homogeneous Medium
4. Neutron Thermalization in Finite Media
5. The Spatial Dependence of the Energy Spectrum
6. Reactor Cell Calculations
7. Synthetic Scattering Kernels
PART II: The Slowing Down Region
8. Scattering Kernels in the Slowing Down Region
9. Neutron Slowing Down in an Infinite Homogeneous Medium
10.Neutron Slowing Down and Diffusion
1. The General Problem of Particle Transport
2. The Boltzmann Equation for Gas Atoms and Neutrons
3. Boundary Conditions
4. Scattering Kernels
5. Some Basic Problems in Neutron Transport and Rarefied Gas Dynamics
6. The Integral Form of the Transport Equation in Plane, Spherical and Cylindrical Geometries
7. Exact Solutions of Model Problems
8. Eigenvalue Problems in Transport Theory
9. Collision Probability Methods
10. Variational Methods
11. Polynomial Approximations
1. Historical Survey and General Discussion
2. Introductory Mathematical Treatment
3. Applications of the General Theory
4. Practical Applications of the Probability Distribution
5. The Langevin Technique
6. Point Model Power Reactor Noise
7. The Spatial Variation of Reactor Noise
8. Random Phenomena in Heterogeneous Reactor Systems
9. Associated Fluctuation Problems
Appendix: Noise Equivalent Sources
The books are stored in PDF format with bookmarks organized by chapters and sections to facilitate the electronic 'navigation' within. Corrigenda for the 3 books are also provided. Each page with a correction has a hyperlink to the corresponding correction and a pointer from the corrigenda back to the original page.
Last modified: 07 November 2018
