A Group ActiNide EXtraction (GANEX) separation system for transmutation has been developed, combining CyMe4-BTBP with TBP and cyclohexanone. This new GANEX solvent has proven efficient in actinide extraction but also been found to extract some undesired fission products and corrosion products. Three major fission products were primarily selected for the study: Mo, Zr, and Pd. There are three main strategies for handling the extraction problem, all of which have been investigated and discussed; these are Pre-extraction, Suppression, and Scrubbing. The only strategy that was found to control the behavior of all three main fission products was suppression by the combination of two water-soluble complexing agents bimet and mannitol
A group actinide extraction process (GANEX) for reprocessing of used nuclear fuel has earlier been p...
A group actinide extraction process (GANEX) for reprocessing of used nuclear fuel has earlier been p...
For the homogeneous recycling of actinides from spent nuclear fuels, within the future nuclear fuel ...
A Group ActiNide EXtraction (GANEX) separation system for transmutation has been developed, combinin...
Research focus within separation for transmutation in Europe today lies in the development of a solv...
A GANEX (Group ActiNide EXtraction) separation system for transmutation has been developed. In this ...
Research focus within separation for transmutation in Europe today lies in the development of a solv...
A Grouped ActiNide EXtraction (GANEX) process for the extraction of actinides from used nuclear fuel...
A newly developed method for advanced reprocessing of used nuclear fuel is the Group ActiNide EXtrac...
A newly developed method for advanced reprocessing of used nuclear fuel is the Group ActiNide EXtrac...
When uranium is used as fuel in nuclear reactors it both undergoes neutron induced fission as well a...
The waste from nuclear power plants worldwide has to be isolated from man and his environment for ab...
The waste from nuclear power plants worldwide has to be isolated from man and his environment for ab...
The waste from nuclear power plants has to be isolated from man and his environment for about 100,00...
For the homogeneous recycling of actinides from spent nuclear fuels, within the future nuclear fuel ...
A group actinide extraction process (GANEX) for reprocessing of used nuclear fuel has earlier been p...
A group actinide extraction process (GANEX) for reprocessing of used nuclear fuel has earlier been p...
For the homogeneous recycling of actinides from spent nuclear fuels, within the future nuclear fuel ...
A Group ActiNide EXtraction (GANEX) separation system for transmutation has been developed, combinin...
Research focus within separation for transmutation in Europe today lies in the development of a solv...
A GANEX (Group ActiNide EXtraction) separation system for transmutation has been developed. In this ...
Research focus within separation for transmutation in Europe today lies in the development of a solv...
A Grouped ActiNide EXtraction (GANEX) process for the extraction of actinides from used nuclear fuel...
A newly developed method for advanced reprocessing of used nuclear fuel is the Group ActiNide EXtrac...
A newly developed method for advanced reprocessing of used nuclear fuel is the Group ActiNide EXtrac...
When uranium is used as fuel in nuclear reactors it both undergoes neutron induced fission as well a...
The waste from nuclear power plants worldwide has to be isolated from man and his environment for ab...
The waste from nuclear power plants worldwide has to be isolated from man and his environment for ab...
The waste from nuclear power plants has to be isolated from man and his environment for about 100,00...
For the homogeneous recycling of actinides from spent nuclear fuels, within the future nuclear fuel ...
A group actinide extraction process (GANEX) for reprocessing of used nuclear fuel has earlier been p...
A group actinide extraction process (GANEX) for reprocessing of used nuclear fuel has earlier been p...
For the homogeneous recycling of actinides from spent nuclear fuels, within the future nuclear fuel ...