Glove box clean-up experiments were conducted in a nitrogen glove box using palladium deposited on zeolite (Pd/z) and a SAES St 198{trademark} getter as tritium stripping materials. Protium/deuterium samples spiked with tritium were released into a 620 liter glove box to simulate tritium releases in a 10,500 liter glove box. The Pd/z and the SAES St 198{trademark} stripper beds produced a reduction in tritium activity of approximately two to three orders of magnitude and glove box clean-up was limited by a persistent background tritium activity level. Attempts to significantly reduce the glove box activity to lower levels without purging were unsuccessful
A tritium exposure apparatus has been designed and built for the purposes of generating a high-press...
A metal hydride-based tritium clean-up system has been successfully operated for more than four year...
Experiments have been carried out to understand how tritium, a radioactive isotope of hydrogen, deso...
Glovebox wipe surveys were conducted to correlate surface tritium contamination with atmospheric tri...
This report described promising hydrogen (protium and tritium) stripping results obtained with a Pd/...
A tritium handling system composed of a special type of glove boxes and a tritium decontamination sy...
Tritium and deuterium are expected to be the fuel for the first fusion power reactors. Being radioac...
Technical reliability of tritium confinement shall be elevated taking hypothetic extraordinary situa...
Tritium bonded to electrophilic atoms like O, S, N or halogens can spontaneously exchange places wit...
An emergency tritium removing system, using a precious metal/alumina catalyst, was designed and cons...
Technical reliability of tritium confinement shall be elevated taking hypothetic extraordinary situa...
History of the production and use of tritium, as well as handling techniques, are reviewed. Handling...
Tritium containers are commonly made of conventional types of stainless steel. Use of these material...
A tritium experimental system for 100Ci/run was established at the Hydrogen Isotope Research Center,...
There are specific components in the SRS Tritium Facilities that are required to introduce as few ch...
A tritium exposure apparatus has been designed and built for the purposes of generating a high-press...
A metal hydride-based tritium clean-up system has been successfully operated for more than four year...
Experiments have been carried out to understand how tritium, a radioactive isotope of hydrogen, deso...
Glovebox wipe surveys were conducted to correlate surface tritium contamination with atmospheric tri...
This report described promising hydrogen (protium and tritium) stripping results obtained with a Pd/...
A tritium handling system composed of a special type of glove boxes and a tritium decontamination sy...
Tritium and deuterium are expected to be the fuel for the first fusion power reactors. Being radioac...
Technical reliability of tritium confinement shall be elevated taking hypothetic extraordinary situa...
Tritium bonded to electrophilic atoms like O, S, N or halogens can spontaneously exchange places wit...
An emergency tritium removing system, using a precious metal/alumina catalyst, was designed and cons...
Technical reliability of tritium confinement shall be elevated taking hypothetic extraordinary situa...
History of the production and use of tritium, as well as handling techniques, are reviewed. Handling...
Tritium containers are commonly made of conventional types of stainless steel. Use of these material...
A tritium experimental system for 100Ci/run was established at the Hydrogen Isotope Research Center,...
There are specific components in the SRS Tritium Facilities that are required to introduce as few ch...
A tritium exposure apparatus has been designed and built for the purposes of generating a high-press...
A metal hydride-based tritium clean-up system has been successfully operated for more than four year...
Experiments have been carried out to understand how tritium, a radioactive isotope of hydrogen, deso...