There are three categories of basic fuel cycle needs, which are being addressed by the different types of inert matrix fuel (IMF) concepts currently under development. These are: plutonium burning in existing LWRs, plutonium burning in fast reactors and minor actinide transmutation - corresponding to three distinct timescales for perceived IMF implementation, viz. short, medium and long term, respectively. The current paper, based partly on the two panel discussions organised at the 6th IMF workshop, presents viewpoints and priorities for each of the three categories of IMF applications, both in terms of the fuel concepts to be pursued and the corresponding RD requirements
Nuclear power to be sustainable requires the fulfilling of peculiar constraints, which include addre...
Various recycle strategies have been proposed to manage the inventory of transuranics in commercial ...
Advanced nuclear reactors and closed nuclear fuel cycles are developed worldwide as a key component ...
In a strict sense the term inert matrix fuel (IMF) refers to any nuclear fuel containing a low activ...
This report documents the first milestone of the International Nuclear Energy Research Initiative (I...
This report discusses mainly the fabrication of inert matrix fuels. There are three fabrication rout...
The University of Florida has underway an ongoing research program to validate the economic, operati...
Pu-Er-Zr oxide as an inert matrix fuel (IMF) could be an attractive option for a once-through LWR st...
Currently, commercial power reactors in the United States operate on a once-through or open cycle, w...
Fuels for future fast reactors will not only produce energy, but they must also actively contribute ...
The plutonium disposition is presently acknowledged as a most urgent issue at the world level. Inert...
The U.S. concept for actinide transmutation is currently envisioned as a system to destroy plutonium...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Nuclear Engineering, 2003.Includes bi...
Excess actinides result from the dismantlement of nuclear weapons (Pu) and the reprocessing of comme...
Abstract Burnup calculations have been performed on fuels containing either reactor grade or weapons...
Nuclear power to be sustainable requires the fulfilling of peculiar constraints, which include addre...
Various recycle strategies have been proposed to manage the inventory of transuranics in commercial ...
Advanced nuclear reactors and closed nuclear fuel cycles are developed worldwide as a key component ...
In a strict sense the term inert matrix fuel (IMF) refers to any nuclear fuel containing a low activ...
This report documents the first milestone of the International Nuclear Energy Research Initiative (I...
This report discusses mainly the fabrication of inert matrix fuels. There are three fabrication rout...
The University of Florida has underway an ongoing research program to validate the economic, operati...
Pu-Er-Zr oxide as an inert matrix fuel (IMF) could be an attractive option for a once-through LWR st...
Currently, commercial power reactors in the United States operate on a once-through or open cycle, w...
Fuels for future fast reactors will not only produce energy, but they must also actively contribute ...
The plutonium disposition is presently acknowledged as a most urgent issue at the world level. Inert...
The U.S. concept for actinide transmutation is currently envisioned as a system to destroy plutonium...
Thesis (S.M.)--Massachusetts Institute of Technology, Dept. of Nuclear Engineering, 2003.Includes bi...
Excess actinides result from the dismantlement of nuclear weapons (Pu) and the reprocessing of comme...
Abstract Burnup calculations have been performed on fuels containing either reactor grade or weapons...
Nuclear power to be sustainable requires the fulfilling of peculiar constraints, which include addre...
Various recycle strategies have been proposed to manage the inventory of transuranics in commercial ...
Advanced nuclear reactors and closed nuclear fuel cycles are developed worldwide as a key component ...