Description
Radiation Effects in Materials is a detailed technical handbook that examines the complex interactions between radiation and material properties. This 2017 edition provides comprehensive coverage of how different types of radiation—including neutrons, ions, and gamma rays—affect the structural and functional characteristics of materials used in nuclear, aerospace, and industrial applications.
The handbook covers fundamental mechanisms of radiation damage, including displacement cascades, transmutation reactions, and microstructural changes. It discusses practical implications for material selection and design in radiation-rich environments, making it essential for engineers, physicists, and materials scientists working in nuclear energy, space exploration, and radiation technology sectors.
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