The status of thorium and uraniumn-233 technology for power reactor applications is reviewed. In the areas of fuel cycle, reactor design snd reactor operational problems, information was s developed on current status of techology, current and planned research and developrent programs, need for additional resesrch and developmet, and time schedule of required kilograms of U-23 over the next five years to carry out the research and development now being planned, and the further work believed desirable in the longer term. (auth
At current consumption and current prices, the proven reserves for natural uranium will last only ab...
The thorium-uranium nuclear fuel cycle, in which the main fissile nucleus is uranium 233 and fuel re...
This paper compares the material quantities and radioactive properties of thorium fuel cycles for va...
This paper will highlight the historical and potential future uses of 232Th and 233U both in terms o...
Since the beginning of Nuclear Energy Development, thorium was considered as a potential fuel, mainl...
The review reveals that experience in the reprocessing of irradiated thorium materials is limited. P...
This paper aims to inform the reader of the benefits that can be achieved by using thorium as a fuel...
abstract: There are three known materials that readily undergo fission, allowing their use as a base...
The use of thorium in current or advanced light water reactors (LWRs) has been of interest in recent...
Thorium is a potential nuclear fuel for future power plants. Especially in India and China research ...
This is the final summary progress report on a research program' carried out within the MIT Energy L...
Thorium, which is a fissile nuclide, was considered as a fuel for nuclear power plants in the beginn...
ASAE-S-4"Prepared for: Division of Reactor Development, U.S. Atomic Energy Commission, Contract No. ...
The use of thorium as a “fertile” material in combination with a fissile material (either U233, U235...
A number of fuel cycles have been proposed for evaluation in the nonproliferation alternative system...
At current consumption and current prices, the proven reserves for natural uranium will last only ab...
The thorium-uranium nuclear fuel cycle, in which the main fissile nucleus is uranium 233 and fuel re...
This paper compares the material quantities and radioactive properties of thorium fuel cycles for va...
This paper will highlight the historical and potential future uses of 232Th and 233U both in terms o...
Since the beginning of Nuclear Energy Development, thorium was considered as a potential fuel, mainl...
The review reveals that experience in the reprocessing of irradiated thorium materials is limited. P...
This paper aims to inform the reader of the benefits that can be achieved by using thorium as a fuel...
abstract: There are three known materials that readily undergo fission, allowing their use as a base...
The use of thorium in current or advanced light water reactors (LWRs) has been of interest in recent...
Thorium is a potential nuclear fuel for future power plants. Especially in India and China research ...
This is the final summary progress report on a research program' carried out within the MIT Energy L...
Thorium, which is a fissile nuclide, was considered as a fuel for nuclear power plants in the beginn...
ASAE-S-4"Prepared for: Division of Reactor Development, U.S. Atomic Energy Commission, Contract No. ...
The use of thorium as a “fertile” material in combination with a fissile material (either U233, U235...
A number of fuel cycles have been proposed for evaluation in the nonproliferation alternative system...
At current consumption and current prices, the proven reserves for natural uranium will last only ab...
The thorium-uranium nuclear fuel cycle, in which the main fissile nucleus is uranium 233 and fuel re...
This paper compares the material quantities and radioactive properties of thorium fuel cycles for va...