There has been a limitation that existing ceramic ball production type is difficult to apply on proliferation production type for Nuclear Fusion Reactor using lithium titanium oxide because there is a restriction on ball size and impurities generation and so on. lithium titanium oxide (Li2TiO3) is used as a tritium proliferation for Nuclear Fusion Reactor. We developed the production system possible to mass produce more than 50 kg yearly.
There has been a limitation that existing ceramic ball production type is difficult to apply on proliferation production type for Nuclear Fusion Reactor using lithium titanium oxide because there is a restriction on ball size and impurities generation and so on. lithium titanium oxide (Li2TiO3) is used as a tritium proliferation for Nuclear Fusion Reactor. We developed the production system possible to mass produce more than 50 kg yearly.
