Nuclear Materials Management Division (NMMD) has proposed that up to 100 kg of the plutonium (Pu) solutions stored in H-Canyon be precipitated with a nuclear poison and dispositioned to H-Area Tank Farm. The use of gadolinium (Gd) as the poison would greatly reduce the number of additional glass logs resulting from this disposition. This report summarizes the characteristics of the precipitation process and addresses criticality concerns in the Nuclear Criticality Safety Evaluation. No problems were found with the nature of the precipitate or the neutralization process
Nuclear performance of potential neutron poisons (Gd, Eu, Hf, In and Sm) are compared, analytically,...
Non-radioactive cerium (Ce) and radioactive plutonium (Pu) anion exchange column experiments using s...
Plutonium-239 is now being processed in HB-Line and H-Canyon as well as FB-Line and F-Canyon. As par...
The caustic precipitation of plutonium (Pu) and uranium (U) from Pu and U-containing waste solutions...
The caustic precipitation of plutonium (Pu) and uranium (U) from Pu and U containing waste solutions...
The neutralization of solutions containing significant quantities of fissile material at the Departm...
Use of gadolinium as a neutron poison has been proposed for disposing of several metric tons of exce...
The caustic precipitation of plutonium (Pu)-containing solutions has been investigated to determine ...
The authors have discovered that under special circumstances it is possible to have a criticality ac...
H-Canyon will begin dissolving High Aluminum - Low Uranium (High Al/Low U) Used Nuclear Fuel (UNF) f...
The analysis for immobilized Pu follows the disposal criticality analysis methodology. In this study...
This Criticality Safety Evaluation Report analyzes the stabilization of plutonium/uranium solutions ...
This report focuses solely on the accumulation of uranium and plutonium during In-Tank Precipitation...
The results obtained in a criticality experiments program performed for British Nuclear Fuels, Ltd. ...
This report presents an in-depth review of the potential for nuclear criticality to occur in Hanford...
Nuclear performance of potential neutron poisons (Gd, Eu, Hf, In and Sm) are compared, analytically,...
Non-radioactive cerium (Ce) and radioactive plutonium (Pu) anion exchange column experiments using s...
Plutonium-239 is now being processed in HB-Line and H-Canyon as well as FB-Line and F-Canyon. As par...
The caustic precipitation of plutonium (Pu) and uranium (U) from Pu and U-containing waste solutions...
The caustic precipitation of plutonium (Pu) and uranium (U) from Pu and U containing waste solutions...
The neutralization of solutions containing significant quantities of fissile material at the Departm...
Use of gadolinium as a neutron poison has been proposed for disposing of several metric tons of exce...
The caustic precipitation of plutonium (Pu)-containing solutions has been investigated to determine ...
The authors have discovered that under special circumstances it is possible to have a criticality ac...
H-Canyon will begin dissolving High Aluminum - Low Uranium (High Al/Low U) Used Nuclear Fuel (UNF) f...
The analysis for immobilized Pu follows the disposal criticality analysis methodology. In this study...
This Criticality Safety Evaluation Report analyzes the stabilization of plutonium/uranium solutions ...
This report focuses solely on the accumulation of uranium and plutonium during In-Tank Precipitation...
The results obtained in a criticality experiments program performed for British Nuclear Fuels, Ltd. ...
This report presents an in-depth review of the potential for nuclear criticality to occur in Hanford...
Nuclear performance of potential neutron poisons (Gd, Eu, Hf, In and Sm) are compared, analytically,...
Non-radioactive cerium (Ce) and radioactive plutonium (Pu) anion exchange column experiments using s...
Plutonium-239 is now being processed in HB-Line and H-Canyon as well as FB-Line and F-Canyon. As par...