Certainly! If you're interested in the fundamental physics of tritium and methods of selective adsorption, here are some literature recommendations:
"Tritium on Ice: The Dangerous New Alliance of Nuclear Weapons and Nuclear Power" by Kenneth D. Bergeron:This book covers various aspects of tritium, including its production, properties, and uses. It provides insights into the challenges associated with tritium handling.
"Introduction to Plasma Physics and Controlled Fusion" by Francis Chen:This textbook covers plasma physics, including the behavior of tritium in plasmas, which is crucial for understanding aspects of controlled fusion and tritium handling.
"Introduction to Nuclear Reactor Theory" by John Lamarsh:This book covers the basics of nuclear reactor physics, including discussions on tritium production and behavior in nuclear reactors.
"Tritium in the Physical and Biological Sciences" edited by A. Anastasi and J. Silvestri:This compilation provides a comprehensive overview of tritium in various scientific disciplines, including its physical properties, production, and applications.
"Tritium: Fuel of Fusion Reactors" by Robert W. Conn and Richard D. Present:This publication delves into the role of tritium in fusion reactors, providing insights into the challenges and advancements in tritium handling for fusion energy.
"Advances in Tritium Technology" edited by L.G. Motz, R. A. Whittlesey, and E. M. Sullivan:This collection of papers discusses advancements in tritium technology, including methods of production, measurement, and handling.
"Tritium and Helium-3 in Metals" by H. H. Barschall and J. B. Marion:This work explores the behavior of tritium and helium-3 in metals, providing a deeper understanding of the physical processes involved.
These resources cover various aspects of tritium, including its physics, production, and applications. Depending on your specific interests, you may find different sections of these publications more relevant to your study of selective adsorption methods.