SUMMARY
The discussion centers on the lack of dedicated historical literature specifically addressing reactor physics. While there are historical books on nuclear energy and reactor technology, notable references include Samuel Glasstone's "Sourcebook on Atomic Energy" (1950, 1958) and "Nuclear Reactor Engineering" co-authored with Alexander Sesonske (1955, 1963). The proprietary nature of reactor physics codes and methods limits published information, with modern codes significantly advanced due to improvements in microprocessor technology and memory capacity.
PREREQUISITES
- Understanding of nuclear energy principles
- Familiarity with reactor technology
- Knowledge of transport theory and diffusion theory
- Awareness of proprietary coding in reactor physics
NEXT STEPS
- Research "Nuclear Reactor Theory" by George I. Bell and Samuel Glasstone
- Explore advancements in microprocessor technology affecting reactor simulations
- Investigate lattice codes used in reactor assembly modeling
- Study the evolution of reactor physics textbooks and their contributions
USEFUL FOR
Students, researchers, and professionals in nuclear engineering, particularly those interested in the historical context and technological advancements in reactor physics.