We report separation data indicating that <sup>99</sup>Mo can be separated from a vast excess of either uranyl sulfate or uranyl nitrate in irradiated dilute acid solutions. These results suggest that, if medical isotope <sup>99</sup>Mo is produced during fission of high concentrations of low enriched uranium sulfate solution fuel, it is feasible to both recover >90% of the <sup>99</sup>Mo for further purification and the uranium for recycle
A closed-loop technology aiming at recycling the highly 100Mo-enriched molybdenum target material ha...
The first step in processing low-enriched uranium (LEU) targets for production of {sup 99}Mo is to d...
Procedures for the dissolution of U-Mo alloy fuels to prepare feed solutions for low-acid (Redox) ty...
Molybdenum-99 is the parent of Technetium-99m, which is used in nearly 80% of all nuclear medicine p...
A new process was developed to recover high specific activity (no carrier added) 99Mo from electron-...
To separate molybdenum-99 from fission products of low enriched uranium (LEU) by precipitation with ...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
Medical isotopes play an important role in the medical industry in both the United States and the wo...
A new method is presented here for digesting irradiated low-enriched uranium foil targets in alkalin...
The production of {sup 99}Mo in a solution reactor was explored. Activated charcoal was used to filt...
A closed-loop technology aiming at recycling the highly 100Mo-enriched molybdenum target material ha...
A closed-loop technology aiming at recycling the highly 100Mo-enriched molybdenum target material ha...
The first step in processing low-enriched uranium (LEU) targets for production of {sup 99}Mo is to d...
Procedures for the dissolution of U-Mo alloy fuels to prepare feed solutions for low-acid (Redox) ty...
Molybdenum-99 is the parent of Technetium-99m, which is used in nearly 80% of all nuclear medicine p...
A new process was developed to recover high specific activity (no carrier added) 99Mo from electron-...
To separate molybdenum-99 from fission products of low enriched uranium (LEU) by precipitation with ...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
As an attempt to prevent illicit trafficking of nuclear materials, it is critical to identify the or...
Medical isotopes play an important role in the medical industry in both the United States and the wo...
A new method is presented here for digesting irradiated low-enriched uranium foil targets in alkalin...
The production of {sup 99}Mo in a solution reactor was explored. Activated charcoal was used to filt...
A closed-loop technology aiming at recycling the highly 100Mo-enriched molybdenum target material ha...
A closed-loop technology aiming at recycling the highly 100Mo-enriched molybdenum target material ha...
The first step in processing low-enriched uranium (LEU) targets for production of {sup 99}Mo is to d...
Procedures for the dissolution of U-Mo alloy fuels to prepare feed solutions for low-acid (Redox) ty...