AbstractTo support the development of an Advanced PUREX process that fully recovers neptunium with uranium and plutonium for recycle, an enhanced understanding of neptunium behaviour in nitric acid and tributyl phosphate phases is essential. The most important reaction affecting neptunium extraction in the PUREX process is the oxidation of Np(V) by nitric acid. This paper reports new data on Np(V) oxidation in nitric acid under conditions relevant to the development of a flowsheet for the primary extraction/scrub contactor in an Advanced PUREX process
The objective of this thesis is to contribute for design and operation of Purex process, which is ad...
The classical process to recover uranium (U) and plutonium (Pu) from used nuclear fuel using tributy...
The classical process to recover uranium (U) and plutonium (Pu) from used nuclear fuel using tributy...
AbstractTo support the development of an Advanced PUREX process that fully recovers neptunium with u...
To support the development of an Advanced PUREX process that fully recovers neptunium with uranium a...
AbstractThe reliable separation of neptunium from dissolved nuclear fuel assumes the ability to main...
Routing neptunium to a single product in spent nuclear fuel reprocessing is a significant challenge....
A possibility of standarizing the extraction-behavior of Neptunium during the reprocessing of spent ...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
In reprocessing flowsheets for spent nuclear fuel, one challenge which needs to be addressed is the ...
AbstractThe reliable separation of neptunium from dissolved nuclear fuel assumes the ability to main...
Several hundred grams of Np/sup 237/ in nitric acid solution was approximately 95% recovered as NpO/...
Die Moeglichkeit der Vereinheitlichung des Extraktionsverhaltens von Neptunium waehrend der Wiederau...
Neptunium, with its rich redox chemistry, has a special position in the chemistry of actinides. With...
AbstractFour separation methods were developed for performance control of hydrometallurgical extract...
The objective of this thesis is to contribute for design and operation of Purex process, which is ad...
The classical process to recover uranium (U) and plutonium (Pu) from used nuclear fuel using tributy...
The classical process to recover uranium (U) and plutonium (Pu) from used nuclear fuel using tributy...
AbstractTo support the development of an Advanced PUREX process that fully recovers neptunium with u...
To support the development of an Advanced PUREX process that fully recovers neptunium with uranium a...
AbstractThe reliable separation of neptunium from dissolved nuclear fuel assumes the ability to main...
Routing neptunium to a single product in spent nuclear fuel reprocessing is a significant challenge....
A possibility of standarizing the extraction-behavior of Neptunium during the reprocessing of spent ...
To the best of our knowledge, one or more authors of this paper were federal employees when contribu...
In reprocessing flowsheets for spent nuclear fuel, one challenge which needs to be addressed is the ...
AbstractThe reliable separation of neptunium from dissolved nuclear fuel assumes the ability to main...
Several hundred grams of Np/sup 237/ in nitric acid solution was approximately 95% recovered as NpO/...
Die Moeglichkeit der Vereinheitlichung des Extraktionsverhaltens von Neptunium waehrend der Wiederau...
Neptunium, with its rich redox chemistry, has a special position in the chemistry of actinides. With...
AbstractFour separation methods were developed for performance control of hydrometallurgical extract...
The objective of this thesis is to contribute for design and operation of Purex process, which is ad...
The classical process to recover uranium (U) and plutonium (Pu) from used nuclear fuel using tributy...
The classical process to recover uranium (U) and plutonium (Pu) from used nuclear fuel using tributy...