A model for the development of microstructure during irradiation in fast reactors has been adapted for light water reactor (LWR) irradiation conditions (275 {approximately} 325 C, up to {approximately}10 dpa). The original model was based on the rate-theory, and included descriptions of the evolution of both dislocation loops and cavities. The model was modified by introducing in-cascade interstitial clustering, a term to account for the dose dependence of this clustering, and mobility of interstitial clusters. The purpose of this work was to understand microstructural development under LWR irradiation with a focus on loop nucleation and saturation of loop density. It was demonstrated that in-cascade interstitial clustering dominates loop n...
International audienceIn PWR's, internals made of austenitic stainless steels (Cold Worked (CW) 316 ...
The present work has focused on the specific problem of fast-neutron-induced radiation damage to aus...
International audienceIn PWR's, internals made of austenitic stainless steels (Cold Worked (CW) 316 ...
Nucleation and growth of interstitial type dislocation loops were investigated by fusion neutron irr...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
A rate-theory-based model has been developed which includes the simultaneous evolution of the disloc...
International audienceIn PWR's, internals made of austenitic stainless steels (Cold Worked (CW) 316 ...
The present work has focused on the specific problem of fast-neutron-induced radiation damage to aus...
International audienceIn PWR's, internals made of austenitic stainless steels (Cold Worked (CW) 316 ...
Nucleation and growth of interstitial type dislocation loops were investigated by fusion neutron irr...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe French nuclear industry is looking into the extension of the operation tim...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
International audienceThe lower core internals, notably made in Solution Annealed (SA) 304 austeniti...
A rate-theory-based model has been developed which includes the simultaneous evolution of the disloc...
International audienceIn PWR's, internals made of austenitic stainless steels (Cold Worked (CW) 316 ...
The present work has focused on the specific problem of fast-neutron-induced radiation damage to aus...
International audienceIn PWR's, internals made of austenitic stainless steels (Cold Worked (CW) 316 ...