Add to ORKGA tritium handling system composed of a special type of glove boxes and a tritium decontamination system was designed and constructed for safety handling of tritium gas up to 5Ci/day. The performance of the decontamination system and the surface contamination of a glove box were examined with an as received tritium gas which contained tritiated methane about 10%
A tritium experimental system for 100Ci/run was established at the Hydrogen Isotope Research Center,...
An experimental system to provide tertiary containment at Mound has been upgraded to support a new m...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...
An emergency tritium removing system, using a precious metal/alumina catalyst, was designed and cons...
History of the production and use of tritium, as well as handling techniques, are reviewed. Handling...
We designed an experimental system capable of handling at least 100 Ci tritium in an experimental ru...
A tritium exposure apparatus has been designed and built for the purposes of generating a high-press...
Glove box clean-up experiments were conducted in a nitrogen glove box using palladium deposited on z...
Glovebox wipe surveys were conducted to correlate surface tritium contamination with atmospheric tri...
The tritium recovery experiment, TRIO-01, required a gas analysis system which detected the form of ...
The Princeton Plasma Physics Laboratory, Tritium Systems Group has developed and fabricated an Oxida...
A new experimental system has been developed for use of pure tritium amounting to 100 Ci at a time. ...
Tritium and deuterium are expected to be the fuel for the first fusion power reactors. Being radioac...
The Tritium Systems Test Assembly (TSTA) at Los Alamos National Laboratory is a facility designed to...
An apparatus and procedure were developed for studying the containment of tritium using catalytic co...
A tritium experimental system for 100Ci/run was established at the Hydrogen Isotope Research Center,...
An experimental system to provide tertiary containment at Mound has been upgraded to support a new m...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...
An emergency tritium removing system, using a precious metal/alumina catalyst, was designed and cons...
History of the production and use of tritium, as well as handling techniques, are reviewed. Handling...
We designed an experimental system capable of handling at least 100 Ci tritium in an experimental ru...
A tritium exposure apparatus has been designed and built for the purposes of generating a high-press...
Glove box clean-up experiments were conducted in a nitrogen glove box using palladium deposited on z...
Glovebox wipe surveys were conducted to correlate surface tritium contamination with atmospheric tri...
The tritium recovery experiment, TRIO-01, required a gas analysis system which detected the form of ...
The Princeton Plasma Physics Laboratory, Tritium Systems Group has developed and fabricated an Oxida...
A new experimental system has been developed for use of pure tritium amounting to 100 Ci at a time. ...
Tritium and deuterium are expected to be the fuel for the first fusion power reactors. Being radioac...
The Tritium Systems Test Assembly (TSTA) at Los Alamos National Laboratory is a facility designed to...
An apparatus and procedure were developed for studying the containment of tritium using catalytic co...
A tritium experimental system for 100Ci/run was established at the Hydrogen Isotope Research Center,...
An experimental system to provide tertiary containment at Mound has been upgraded to support a new m...
Tritium systems of a nuclear fusion plant, using the deuterium-tritium fuel cycle, has to ensure tri...