We characterized, for the first time, submicro- and nanosized fission product-alloy particles that were extracted nondestructively from spent nuclear fuel, in terms of noble metal (Mo–Ru–Tc–Rh–Pd–Te) composition, atomic level homogeneity and lattice parameters. The evidences obtained in this work contribute to an improved understanding of the redox chemistry of radionuclides in nuclear waste repository environments and, in particular, of the catalytic properties of these unique metal alloy particles.JRC.E.2-Hot cell
Waste forms to contain material residual from an electrometallurgical treatment of spent nuclear fue...
The METAPHIX programme is a collaboration between the Central Research Institute of Electric Power I...
Stainless steel-zirconium waste form alloys are being developed for the disposal of metallic wastes ...
We characterized, for the first time, submicro- and nanosized fission product-alloy particles that w...
We characterized, for the first time, submicro- and nanosized fission product-alloy particles that w...
For the first time, hydrogen catalytic effects of fission product alloy particles nondestructively e...
We have made observations of noble metal phase fission-product agglomerates and gaseous xenon within...
We report elemental and isotopic analysis for the noble metal fission product phase found in irradia...
peer-reviewedAlthough the existence of a five-metal (Mo-Tc-Ru-Rh-Pd) phase – as nanoparticles observ...
Understanding the microstructural and phase changes occurring during irradiation and their impact on...
A “hot particle” found 6 km west of the Chernobyl nuclear power plant 4 years after the Chernobyl se...
Closed nuclear fuel cycles, based on separation from spent fuel and subsequent recycling of Pu, U as...
EDS analysis was performed on irradiated MA-bearing metal fuel samples. Fuel alloy is segregated int...
The elemental compositions, sizes, structures, and /sup 239/Pu contents were determined for 299 plut...
Waste form alloys are being developed at Argonne National Laboratory for the disposal of remnant met...
Waste forms to contain material residual from an electrometallurgical treatment of spent nuclear fue...
The METAPHIX programme is a collaboration between the Central Research Institute of Electric Power I...
Stainless steel-zirconium waste form alloys are being developed for the disposal of metallic wastes ...
We characterized, for the first time, submicro- and nanosized fission product-alloy particles that w...
We characterized, for the first time, submicro- and nanosized fission product-alloy particles that w...
For the first time, hydrogen catalytic effects of fission product alloy particles nondestructively e...
We have made observations of noble metal phase fission-product agglomerates and gaseous xenon within...
We report elemental and isotopic analysis for the noble metal fission product phase found in irradia...
peer-reviewedAlthough the existence of a five-metal (Mo-Tc-Ru-Rh-Pd) phase – as nanoparticles observ...
Understanding the microstructural and phase changes occurring during irradiation and their impact on...
A “hot particle” found 6 km west of the Chernobyl nuclear power plant 4 years after the Chernobyl se...
Closed nuclear fuel cycles, based on separation from spent fuel and subsequent recycling of Pu, U as...
EDS analysis was performed on irradiated MA-bearing metal fuel samples. Fuel alloy is segregated int...
The elemental compositions, sizes, structures, and /sup 239/Pu contents were determined for 299 plut...
Waste form alloys are being developed at Argonne National Laboratory for the disposal of remnant met...
Waste forms to contain material residual from an electrometallurgical treatment of spent nuclear fue...
The METAPHIX programme is a collaboration between the Central Research Institute of Electric Power I...
Stainless steel-zirconium waste form alloys are being developed for the disposal of metallic wastes ...