Tritium Technologies for Thermonuclear Fusion Reactors

ISBN-13: 9780128243220 / Angielski / Miękka / 2021 / 368 str.

Alexander Perevezentsev; Mikhail Rozenkevich

Spis treści

1. Purpose of the fuel cycle for fusion reactor2. Fuel storage and supply3. Processing unburned plasma4. Separation of hydrogen isotopes5. Tritium recovery from components of plasma chamber6. Fuel cycle of fusion reactor - protection of personnel, public and the environment7. Modelling of fuel cycle and safety systems

O autorze

Alexander PEREVEZENTSEV has a Ph. D. in chemistry and is the Lead Researcher at the Moscow Mendeleev University (Russia). He has also spent time working as Group Leader at the UKAEA JET Facilities (UK), Expert Engineer at the ITER International Organization (France), and visiting researcher and professor at Vienna Technical University and Seibersdorf Research Centre (Austria), Karlsruhe Research Centre (Germany), Culham Science Centre (UK), Hydrogen Research Centre of Toyama University (Japan). Dr. Perevezentsev is currently the technical leader of the Advanced Tritium Technology Centre at the Culham Centre for Fusion Energy in the UK. He is an expert in tritium technologies, tritium fuel cycle, tritium confinement, tritium in materials, metal hydrides and ultra-pure gases. He has authored more than 60 different publications. Mikhail ROZENKEVICH is professor and Head of the Department of Hydrogen Energy and Technology of Isotopes at Russian Mendeleev University of Chemical Technology, Moscow. He is an expert of Russian state corporations "Rosatom” and "Rosnanotech”, as well as a recognized expert in separation of isotopes of light elements. Professor Rozenkevich is author of more than 350 publications, including the monograph Separation of Isotopes of Biogenic Elements in Two-phases Systems published by Elsevier.