AbstractThe thermal properties of minor actinide targets for the management of high level and long lived radioactive waste are investigated. The microstructure, thermal diffusivity and specific heat of (Pu,Am)O2, (Zr,Pu,Am)O2, (Zr,Y,Am)O2, (Zr,Y,Pu,Am)O2 and CERMETS with Mo matrix are characterised in order to assess the safety limits of these materials
One of the most important aspects of P&T concepts is the development of fuels and targets for the tr...
A worldwide objective in nuclear energy industry is the reduction of long-lived radio toxicity and h...
Americium is a strong contributor to the long term radiotoxicity of high level waste from spent fuel...
The thermal properties of minor actinides targets for the management of high level and long lived ra...
AbstractThe fundamental research on actinide materials has been carried out in order to contribute t...
International audienceThe CEA is currently assessing minor actinides (MA) recycling in nuclear fuels...
Minor actinides constitute a significant contribution to the long term radiotoxicity of spent fuel. ...
Spent nuclear fuel from commercial reactors is comprised of 95-99 percent UO{sub 2} and 1-5 percent ...
AbstractMinor actinides constitute a significant contribution to the long term radiotoxicity of spen...
Fast reactors (e.g. as outlined in the Gen IV initiative and in the Sustainable Nuclear Energy Techn...
Closed nuclear fuel cycles, based on separation from spent fuel and subsequent recycling of Pu, U as...
Recycling and burning minor actinides (MA, e.g., americium, neptunium) in mixed-oxide (MO...
The transuranic metals, neptunium and plutonium, are strong alpha emitters and have to be handled un...
The specific heat of the transuranic metals, plutonium and neptunium, has been measured below room t...
The thermodynamic stability and behaviour at high temperature of candidate fuels and targets for tra...
One of the most important aspects of P&T concepts is the development of fuels and targets for the tr...
A worldwide objective in nuclear energy industry is the reduction of long-lived radio toxicity and h...
Americium is a strong contributor to the long term radiotoxicity of high level waste from spent fuel...
The thermal properties of minor actinides targets for the management of high level and long lived ra...
AbstractThe fundamental research on actinide materials has been carried out in order to contribute t...
International audienceThe CEA is currently assessing minor actinides (MA) recycling in nuclear fuels...
Minor actinides constitute a significant contribution to the long term radiotoxicity of spent fuel. ...
Spent nuclear fuel from commercial reactors is comprised of 95-99 percent UO{sub 2} and 1-5 percent ...
AbstractMinor actinides constitute a significant contribution to the long term radiotoxicity of spen...
Fast reactors (e.g. as outlined in the Gen IV initiative and in the Sustainable Nuclear Energy Techn...
Closed nuclear fuel cycles, based on separation from spent fuel and subsequent recycling of Pu, U as...
Recycling and burning minor actinides (MA, e.g., americium, neptunium) in mixed-oxide (MO...
The transuranic metals, neptunium and plutonium, are strong alpha emitters and have to be handled un...
The specific heat of the transuranic metals, plutonium and neptunium, has been measured below room t...
The thermodynamic stability and behaviour at high temperature of candidate fuels and targets for tra...
One of the most important aspects of P&T concepts is the development of fuels and targets for the tr...
A worldwide objective in nuclear energy industry is the reduction of long-lived radio toxicity and h...
Americium is a strong contributor to the long term radiotoxicity of high level waste from spent fuel...