[3B10-12] Fusion Reactor System, Design, Application 2

3:20 PM - 3:35 PM JST(6:20 AM - 6:35 AM UTC)

[3B10] Feasibility study on Laser inertial fusion Tritium Production Reactor (LTPR)

*Masatoshi Kondo¹, Kaoru Omiya⁴, Kanta Utsumi⁴, Tomoyuki Jozaki², Yoshitaka Mori^3,5, Kazuki Matsuo³ (1. Tokyo Tech, ZC, 2. Hiroshima Univ., 3. EX-Fusion, 4. Tokyo Tech,, 5. GPI)

Keywords:

Tritium,LiPb,Laser inertial fusion reactors,Production reactor

Tritium resource is limited in the world. Laser inertial fusion reactors are suitable as tritium production reactor since they can keep large volume of tritium breeder blanket in their rector vessels. The conceptual design of Laser inertial fusion Tritium Production Reactor (LTPR) is studied in the present study. The chemical composition of liquid LiPb alloy and the geometrical condition of the blanket are optimized to promote the tritium production performance. The impact of LTPR on the development strategy of fusion energy is also studied.