AbstractA brief status of the development of actinide separation in china is presented. The activities on actinide separation include:1) Neptunium chemistry and its separation in Purex Process;2) actinide separation from HLLW;3) separation of actinides from rare earth; and4) preliminary studies on uranium cathode deposit by pyrochemical process
A new hydrometallurgical grouped actinide extraction process has been developed to separate the tran...
AbstractIn the PUREX process, the first U-Pu purification cycle (1CUPu) is not efficient enough for ...
The initial motivation for the development of reprocessing technologies was to obtain pure fissile m...
AbstractTo comply with the sustainability goals defined for innovative reactor systems mainly the wa...
Recycling of actinides from spent nuclear fuel by their selective separation followed by transmutati...
It is clear that closed nuclear fuel cycles with the recycling of spent nuclear fuels can enhance th...
For the future application of nuclear electricity production and improvements of sustainability, fur...
This review summarises the methods currently available to extract radioactive actinide elements from...
From American Chemical Society Production Technology of Np-237 and Pu- 238, Denver, Jan. 1964. Neptu...
In order to recycle potentially valuable uranium and plutonium, the Purex process has been successfu...
The recycling of irradiated nuclear fuels contributes significantly to the sustainability of nuclear...
One objective of the US Department of Energy's Office of Nuclear Energy (DOE-NE) is the development ...
AbstractThis study presents an effective method for additional recovery of residual actinides in liq...
The initial motivation for the development of reprocessing technologies was to obtain pure fissile m...
A mixed nitride U-Pu SNF pyrochemical reprocessing technology was suggested. It includes the followi...
A new hydrometallurgical grouped actinide extraction process has been developed to separate the tran...
AbstractIn the PUREX process, the first U-Pu purification cycle (1CUPu) is not efficient enough for ...
The initial motivation for the development of reprocessing technologies was to obtain pure fissile m...
AbstractTo comply with the sustainability goals defined for innovative reactor systems mainly the wa...
Recycling of actinides from spent nuclear fuel by their selective separation followed by transmutati...
It is clear that closed nuclear fuel cycles with the recycling of spent nuclear fuels can enhance th...
For the future application of nuclear electricity production and improvements of sustainability, fur...
This review summarises the methods currently available to extract radioactive actinide elements from...
From American Chemical Society Production Technology of Np-237 and Pu- 238, Denver, Jan. 1964. Neptu...
In order to recycle potentially valuable uranium and plutonium, the Purex process has been successfu...
The recycling of irradiated nuclear fuels contributes significantly to the sustainability of nuclear...
One objective of the US Department of Energy's Office of Nuclear Energy (DOE-NE) is the development ...
AbstractThis study presents an effective method for additional recovery of residual actinides in liq...
The initial motivation for the development of reprocessing technologies was to obtain pure fissile m...
A mixed nitride U-Pu SNF pyrochemical reprocessing technology was suggested. It includes the followi...
A new hydrometallurgical grouped actinide extraction process has been developed to separate the tran...
AbstractIn the PUREX process, the first U-Pu purification cycle (1CUPu) is not efficient enough for ...
The initial motivation for the development of reprocessing technologies was to obtain pure fissile m...