研究室紹介
Nuclear Reactor Physics and Fusion Energy Science
Department of Applied Quantum Physics and Nuclear Engineering, Faculty of Engineering
Department of Applied Quantum Physics and Nuclear Engineering, Graduate School of Engineering
Department of Applied Quantum Physics and Nuclear Engineering, School of Engineering
We have been studying the next-generation nuclear power systems composed of advanced reactors, not only fission but also fusion energy systems, with knowledge, intelligence and science of nuclear reactor physics. Major research theme are: core and system characteristics evaluation of high temperature gas-cooled reactors and advanced reactors, nuclear burning characteristics and neutronics for fusion reactor, and tritium production using high temperature reactor.
Staff
Prof. Nozomu Fujimoto
Assoc.Prof. Hideaki Matsuura
The Main Research Topics
- Study of core characteristics evaluation method of high temperature gas-cooled reactors
- Study of core and system characteristics of advanced reactor systems
- Study on nuclear burning characteristics in fusion reactor
- Study on neutronics in fusion reactor
- Study on tritium production and nuclear transmutation of LLFP using high-temperature gas-cooled reactor
