Since, in future fusion reactors, the activity of tritium handled as the fuel is enormously large, i.e., about 107 TBq per a fusion reactor power of 1000 MW, it is necessary to develop more excellent handling technique of tritium and to store the research results related to the fusion reactor technology. In particular, it is expected that researchers and workers of the fusion reactor will be exposed to danger of tritium through tritiu
Vast amounts of tritium will be used for thermonuclear fusion reactors. Without establishing safe ha...
The Tritium Research Center at Toyama University was established in 1980. Basic researches have been...
In a high temperature reactor, tritium is produced by a number of mechanisms. Due to its high mobili...
Tritium is a radioactive isotope (half-life = 12.24 yr) present both in fusion and in fission reacto...
In nuclear fusion reactors, tritium dynamics plays a dominant role. An unprecedented amount of triti...
In nuclear fusion reactors, tritium dynamics plays a dominant role. An unprecedented amount of triti...
In fusion reactors, tritium is bred by lithium isotopes inside the blanket and then extracted. Howev...
In fusion reactors, tritium is bred by lithium isotopes inside the blanket and then extracted. Howev...
In view of the future operation of fusion reactors the release of tritium may play a dominant role d...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...
Tritium management is a key enabling element in fusion technology. Tritium fuel was used in 3.5 year...
A reference design study for a Mirror Fusion Hybrid Reactor has been completed which examines the tr...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...
The fusion technology development program for tritium in the US is centered around the Tritium Syste...
In a High Temperature Reactor, tritium is produced by a number of mechanisms such as ternary fission...
Vast amounts of tritium will be used for thermonuclear fusion reactors. Without establishing safe ha...
The Tritium Research Center at Toyama University was established in 1980. Basic researches have been...
In a high temperature reactor, tritium is produced by a number of mechanisms. Due to its high mobili...
Tritium is a radioactive isotope (half-life = 12.24 yr) present both in fusion and in fission reacto...
In nuclear fusion reactors, tritium dynamics plays a dominant role. An unprecedented amount of triti...
In nuclear fusion reactors, tritium dynamics plays a dominant role. An unprecedented amount of triti...
In fusion reactors, tritium is bred by lithium isotopes inside the blanket and then extracted. Howev...
In fusion reactors, tritium is bred by lithium isotopes inside the blanket and then extracted. Howev...
In view of the future operation of fusion reactors the release of tritium may play a dominant role d...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...
Tritium management is a key enabling element in fusion technology. Tritium fuel was used in 3.5 year...
A reference design study for a Mirror Fusion Hybrid Reactor has been completed which examines the tr...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...
The fusion technology development program for tritium in the US is centered around the Tritium Syste...
In a High Temperature Reactor, tritium is produced by a number of mechanisms such as ternary fission...
Vast amounts of tritium will be used for thermonuclear fusion reactors. Without establishing safe ha...
The Tritium Research Center at Toyama University was established in 1980. Basic researches have been...
In a high temperature reactor, tritium is produced by a number of mechanisms. Due to its high mobili...