Add to ORKGNitrides and carbides are the object of renewed interest as candidate fuels or matrices for minor actinide incineration in advanced nuclear reactors (see e.g. the Gen.IV program [1]). In ITU such materials are investigated from both the experimental and the modelling point of view [2]. The experiments so far have covered fuels like UN and (Ux,Pu1-x)N and matrices like ZrN and (Zr0.8,Pu0.2)N.JRC.E.5-Nuclear chemistr
One major item in the assessment of the feasibility of Minor Actinide transmutation in ADS systems d...
The U.S. concept for actinide transmutation is currently envisioned as a system to destroy plutonium...
There is interest in attempting to synthesize nearly pure uranium nitride (UN) kernels for high-temp...
Nitride and carbide nuclear fuels receive renewed interest worldwide since the beginning of the Gene...
Preliminary results have been obtained on a research program confirming the attainment of reliable p...
In this Ph.D. thesis an extensive experimental measurements and data analysis campaign has been carr...
A worldwide objective in nuclear energy industry is the reduction of long-lived radio toxicity and h...
The NIMPHE 2 rods are fast breeder reactor fuel rods prepared together with CEA in a joint project. ...
At the heart of a nuclear reactor resides its fuel. The chemical composition of the nuclear fuel aff...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Advanced Fuel Cycle Initiative research on transmutation fuels includes mono-nitride ceramic fuel fo...
Advanced nuclear reactors and closed nuclear fuel cycles are developed worldwide as a key component ...
The nuclear fuels field has shown increasing interest in compounds such as the carbides, nitrides, s...
AbstractDuring operation of a fourth generation reactor system it is necessarily not desirable to ut...
A number of metals, carbides, nitrides, oxides, borides, and uranium gulfides are briefly evaluated ...
One major item in the assessment of the feasibility of Minor Actinide transmutation in ADS systems d...
The U.S. concept for actinide transmutation is currently envisioned as a system to destroy plutonium...
There is interest in attempting to synthesize nearly pure uranium nitride (UN) kernels for high-temp...
Nitride and carbide nuclear fuels receive renewed interest worldwide since the beginning of the Gene...
Preliminary results have been obtained on a research program confirming the attainment of reliable p...
In this Ph.D. thesis an extensive experimental measurements and data analysis campaign has been carr...
A worldwide objective in nuclear energy industry is the reduction of long-lived radio toxicity and h...
The NIMPHE 2 rods are fast breeder reactor fuel rods prepared together with CEA in a joint project. ...
At the heart of a nuclear reactor resides its fuel. The chemical composition of the nuclear fuel aff...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Advanced Fuel Cycle Initiative research on transmutation fuels includes mono-nitride ceramic fuel fo...
Advanced nuclear reactors and closed nuclear fuel cycles are developed worldwide as a key component ...
The nuclear fuels field has shown increasing interest in compounds such as the carbides, nitrides, s...
AbstractDuring operation of a fourth generation reactor system it is necessarily not desirable to ut...
A number of metals, carbides, nitrides, oxides, borides, and uranium gulfides are briefly evaluated ...
One major item in the assessment of the feasibility of Minor Actinide transmutation in ADS systems d...
The U.S. concept for actinide transmutation is currently envisioned as a system to destroy plutonium...
There is interest in attempting to synthesize nearly pure uranium nitride (UN) kernels for high-temp...