Add to ORKGSeveral kilograms of /sup 244/Cm and /sup 243/Am and several milligrams of /sup 252/Cf were produced by irradiation of a mixture of plutonium isotopes. The plutonium was separated by solvent extraction, and the other actinides were separted from each other and from large quantities of fission-product rare earths by displacement-development chromatography in a system of pressurized steel columns in high level caves. The elutriant was 0.05 M DTPA buffered with ammonium hydroxide. Part of one of the large radiochemical separation plants at SRP has been converted to a heavily shielded eight cell master slave manipulator-operated facility (MPPF) for separation and purification of actinide elements by a pressurized cation-exchange system
This review summarises the methods currently available to extract radioactive actinide elements from...
Actinium-225 (225Ac) can be produced with a linear accelerator by proton irradiation of a thorium (T...
Ion exchange column elution methods for the separation of americium and curium using tartrate and la...
High-pressure ion exchange chromatography, used first for nucleic acid separations, was applied to t...
After separation and purification, both actinides were precipitated as oxalates and calcined. A larg...
Due to the nuclear testing, reentry and disintegration of nuclear powered satellites, nuclear reacto...
Sequential anion and cation exchange processes have been used for the final purification of /sup 241...
A procedure is presented for a relatively fast (20 to 30 min) separation of trace amounts of americi...
A procedure was developed for separating rubidium from irradiated aluminum encapsulated uranium. The...
The separation of fission products and uranium has been carried out by means of a stannic phosphate ...
Plutonium (principally Pu/sup 238/) was separated from neptunium, and both the plutonium and neptuni...
The Radiochemical Engineering Development Center at Oak Ridge National Laboratory processes irradiat...
In seven production runs, 75,000 curies of Sr/sup 90/ were isolated and purified in the ion-exchange...
Implementation of a closed loop nuclear fuel cycle requires the utilization of Pu-containing MOX fue...
AbstractExtensive studies were carried out at Chemistry Group, IGCAR for the rapid separation of ind...
This review summarises the methods currently available to extract radioactive actinide elements from...
Actinium-225 (225Ac) can be produced with a linear accelerator by proton irradiation of a thorium (T...
Ion exchange column elution methods for the separation of americium and curium using tartrate and la...
High-pressure ion exchange chromatography, used first for nucleic acid separations, was applied to t...
After separation and purification, both actinides were precipitated as oxalates and calcined. A larg...
Due to the nuclear testing, reentry and disintegration of nuclear powered satellites, nuclear reacto...
Sequential anion and cation exchange processes have been used for the final purification of /sup 241...
A procedure is presented for a relatively fast (20 to 30 min) separation of trace amounts of americi...
A procedure was developed for separating rubidium from irradiated aluminum encapsulated uranium. The...
The separation of fission products and uranium has been carried out by means of a stannic phosphate ...
Plutonium (principally Pu/sup 238/) was separated from neptunium, and both the plutonium and neptuni...
The Radiochemical Engineering Development Center at Oak Ridge National Laboratory processes irradiat...
In seven production runs, 75,000 curies of Sr/sup 90/ were isolated and purified in the ion-exchange...
Implementation of a closed loop nuclear fuel cycle requires the utilization of Pu-containing MOX fue...
AbstractExtensive studies were carried out at Chemistry Group, IGCAR for the rapid separation of ind...
This review summarises the methods currently available to extract radioactive actinide elements from...
Actinium-225 (225Ac) can be produced with a linear accelerator by proton irradiation of a thorium (T...
Ion exchange column elution methods for the separation of americium and curium using tartrate and la...