Abstract This paper discusses the recent problems with Canadian supply of molybdenum-99 for medical diagnostic scanning. It proposes an alternate method that exploits the on-power refueling capability of CANDU reactors to produce large amounts of Mo-99. An extraction and refining plant near the used fuel bay of a multi-reactor station could process one standard fuel bundle per day (after irradiation for 5 days). This method avoids using enriched uranium. The plant might cost less than 50 million dollars and be constructed within several years. The radioactive residue would be managed in conjunction with the existing methods of used fuel management
Large quantities of plutonium have been accumulated in the nuclear waste of civilian LWRs and CANDU ...
In this study, the potential use of CANDU power reactors for the production of Mo-99 is assessed. Fi...
The continuing rapid expansion of 99mTc diagnostic agents always calls for scaling up 99mTc producti...
Abstract only availableThe United States currently receives more than 90% of its molybdium-99 from o...
Molybdenum-99 is the parent of Technetium-99m, which is used in nearly 80% of all nuclear medicine p...
Approximately 9 million nuclear cardiology studies performed each year in the U.S. use technetium-99...
A new process was developed to recover high specific activity (no carrier added) 99Mo from electron-...
99mTc is a very useful radioisotope in medical diagnostic procedure. 99mTc is produced from 99Mo dec...
BACKGROUND: Due to aging and unexpected prolonged shutdown of nuclear reactors producing 99Mo for 99...
AbstractMolybdenum-99 (99Mo) is the most important isotope because its daughter isotope, technetium-...
This paper discusses the benefits of obtaining 99mTc from non–fission reactor–produced low-specific-...
Technetium-99m (T1/2= 6 h) is the most commonly used radioisotope in nuclear medicine accounting for...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This paper discusses the benefits of obtaining 99mTc from non-fission reactor-produced low specific ...
Approximately 9 million nuclear cardiology studies performed each year in the U.S. use technetium-99...
Large quantities of plutonium have been accumulated in the nuclear waste of civilian LWRs and CANDU ...
In this study, the potential use of CANDU power reactors for the production of Mo-99 is assessed. Fi...
The continuing rapid expansion of 99mTc diagnostic agents always calls for scaling up 99mTc producti...
Abstract only availableThe United States currently receives more than 90% of its molybdium-99 from o...
Molybdenum-99 is the parent of Technetium-99m, which is used in nearly 80% of all nuclear medicine p...
Approximately 9 million nuclear cardiology studies performed each year in the U.S. use technetium-99...
A new process was developed to recover high specific activity (no carrier added) 99Mo from electron-...
99mTc is a very useful radioisotope in medical diagnostic procedure. 99mTc is produced from 99Mo dec...
BACKGROUND: Due to aging and unexpected prolonged shutdown of nuclear reactors producing 99Mo for 99...
AbstractMolybdenum-99 (99Mo) is the most important isotope because its daughter isotope, technetium-...
This paper discusses the benefits of obtaining 99mTc from non–fission reactor–produced low-specific-...
Technetium-99m (T1/2= 6 h) is the most commonly used radioisotope in nuclear medicine accounting for...
Due to the character of the original source materials and the nature of batch digitization, quality ...
This paper discusses the benefits of obtaining 99mTc from non-fission reactor-produced low specific ...
Approximately 9 million nuclear cardiology studies performed each year in the U.S. use technetium-99...
Large quantities of plutonium have been accumulated in the nuclear waste of civilian LWRs and CANDU ...
In this study, the potential use of CANDU power reactors for the production of Mo-99 is assessed. Fi...
The continuing rapid expansion of 99mTc diagnostic agents always calls for scaling up 99mTc producti...