Add to ORKGFrom symposium on noble gases; Las Vegas, Nevada, USA (24 Sep 1973). The performance of the fixed-bed activated-charcoal trap at the Nuclear Furnace Reactor in removing radioactive krypton and xenon isotopes from the hydrogen propellant is discussed. (auth
This item was digitized by the Internet Archive. Thesis (Ph.D.)--Boston Universityhttps://archive.or...
Abstract. Charcoal is a working material of sorption cryopumps in the ITER project. The interaction ...
Contamination of the atmosphere by radioactive isotopes of iodine constitutes a serious biological h...
A disposal process is described in which the noble gas fission products, krypton and xenon, are dela...
Coefficients of adsorption (Henry’s constants) of noble gases (argon, krypton, xenon) on activated c...
Brookhaven National Laboratory [operated by] Associated Universities, Inc. under contract with the U...
Measurements have been collected with the purpose of evaluating the effectiveness of activated charc...
"Mound Laboratory, Miamisburg, Ohio, operated by Monsanto Chemical Company, Research and Engineering...
In a future German reprocessing plant the noble gas isotope krypton-85 should be retendet because of...
Performance characteristics of two activated charcoal columns at room temperature in separating fiss...
The adsorptive capacities of various inorganic adsorbents and activated charcoals for krypton and xe...
Activated charcoal traps are used in nuclear medicine departments to capture exhaled radioactive xen...
In the final process step of dissolver waste gas purification in a reprocessing facility, the radioa...
Different methods of trapping radioactive xenon are reviewed. Trapping by adsorption on activated ch...
A method for separating radioactive krypton from the off-gas of a dissolver is being described, whic...
This item was digitized by the Internet Archive. Thesis (Ph.D.)--Boston Universityhttps://archive.or...
Abstract. Charcoal is a working material of sorption cryopumps in the ITER project. The interaction ...
Contamination of the atmosphere by radioactive isotopes of iodine constitutes a serious biological h...
A disposal process is described in which the noble gas fission products, krypton and xenon, are dela...
Coefficients of adsorption (Henry’s constants) of noble gases (argon, krypton, xenon) on activated c...
Brookhaven National Laboratory [operated by] Associated Universities, Inc. under contract with the U...
Measurements have been collected with the purpose of evaluating the effectiveness of activated charc...
"Mound Laboratory, Miamisburg, Ohio, operated by Monsanto Chemical Company, Research and Engineering...
In a future German reprocessing plant the noble gas isotope krypton-85 should be retendet because of...
Performance characteristics of two activated charcoal columns at room temperature in separating fiss...
The adsorptive capacities of various inorganic adsorbents and activated charcoals for krypton and xe...
Activated charcoal traps are used in nuclear medicine departments to capture exhaled radioactive xen...
In the final process step of dissolver waste gas purification in a reprocessing facility, the radioa...
Different methods of trapping radioactive xenon are reviewed. Trapping by adsorption on activated ch...
A method for separating radioactive krypton from the off-gas of a dissolver is being described, whic...
This item was digitized by the Internet Archive. Thesis (Ph.D.)--Boston Universityhttps://archive.or...
Abstract. Charcoal is a working material of sorption cryopumps in the ITER project. The interaction ...
Contamination of the atmosphere by radioactive isotopes of iodine constitutes a serious biological h...