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Nuclear Reactor Theory by Hiroshi Sekimoto
This textbook will stimulate the interest of students in nuclear reactor theory and help them to master the topic within a short period of time. This textbook is composed of two parts. Part 1, Elements of Nuclear Reactor Theory, is composed of only elements but the main resource for the lecture of nuclear reactor theory, and should be studied as common knowledge. Part 2, Reactor Analysis is aimed to cover all areas of reactor physics and contains detailed descriptions.
Author(s): Hiroshi Sekimoto
115 Pages 
The purpose of this book is to emphasize the importance of the existence of the radioactive gas radon in the environment and to make this natural phenomenon a top issue because radon is included in class A human carcinogenesis.
Author(s): Feriz Adrovic
NA Pages
This note deals with key issues of fusion reactor technologies based on magnetic confinement, focusing on the tokamak concept. Overview of the fusion power plant system will be introduced and energetics of which will be addressed. Then, the way how to build and operate a tokamak is going to be covered.
Author(s): Prof. Yong-Su Na
NA Pages
Principles of Radiation Interactions Lecture Notes
This note is intended to provide a broad understanding of how different types of radiation deposit energy, including the creation and behavior of secondary radiations; of how radiation affects cells and why the different types of radiation have very different biological effects. Also explains the effects of radiation on biological systems including DNA damage, in vitro cell survival models and in vivo mammalian systems.
Author(s): Prof. Jeffrey Coderre
NA Pages
Elements of Nuclear Engineering and Radiological Sciences
This note explains the following topics: Classical Two-Body Kinematics, Special Relativity, Particle-like Nature of Waves, Wave-like properties of Particles, The Shrodinger equation, The Rutherford-Bohr model of the Atom, The Hydrogen Atom, Many-Electron Atoms, Nuclear Properties, Force Between Nucleons, Radioactive Decay.
Author(s): University of Michigan
NA Pages