This volume provides a comprehensive technical foundation in the chemical and physical properties of radioactive materials. The authors detail the mechanics of nuclear stability, modes of radioactive decay, and the mathematical modeling of nuclear reactions. Technical chapters explain the behavior of transuranium elements, the principles of isotope separation, and the kinetics of solvent extraction used in fuel reprocessing. Specific attention is given to the detection of ionizing radiation, the biological effects of exposure, and the movement of radionuclides through environmental ecosystems, alongside the mechanical design of fission and fusion reactors.
Academic researchers and engineers in nuclear energy utilize this text to master the complexities of the nuclear fuel cycle and radiation protection. Students in radiochemistry and nuclear physics read it to learn how to quantify radioactive traces and apply nuclear reaction models to practical engineering problems. The reader gains a precise understanding of how subatomic processes dictate the macroscopic behavior of matter, leaving with the analytical tools necessary to manage nuclear waste, operate reactors safely, and conduct isotopic research in laboratory settings.
Deep, outward-looking and clear-cut; a demanding read.
Best for readers like The Evidence Seeker. Which reader are you?
- Published
- 2002
- Publisher
- Butterworth-Heinemann
- ISBN
- 9780750674638
- Language
- EN
