Collection of ENEA technology and expertise
Nuclear Research Reactor - NUC IRAD RNR laboratory provided activities
Application sectors
AerospaceEnergyMaterialsCultural heritageLife sciences and health applicationsTechnologies for the environment and circular economy
Problem to solve
The reactors can be used to support universities and research institutions, but also industries.
Description
The TRIGA RC1 reactor is a thermal reactor capable of providing high-intensity neutron and gamma fluxes with a variable spectrum from thermal to fast. The second reactor available to ENEA is the RSV TAPIRO, a source of fast neutrons. A facility with unique characteristics for neutron flux spectrum and intensity.
Innovative aspects and advantages
- neutron flux intensities
- neutron spectra
- numer and types of irradiation facilities
Admissible applications
- Radiation Damage with neutrons and gamma
- Target activation for feasibility studies on new theragnostic radionuclide
- research project to support new generation nucelar reactors
Research group involved
Falconi Luca NUC-IRAD-RNR ;Alessandrini Miccoli Adriano NUC-IRAD-RNR ;Berardini Paola NUC-IRAD-RNR ;Bianchi Barbara NUC-IRAD-RNR ;Brucci Antonio NUC-IRAD-RNR ;Burgio Nunzio NUC-IRAD-RNR ;Cesaroni Matteo NUC-IRAD-RNR ;Croia Michele NUC-IRAD-RNR ;Fabrizio Valentina NUC-IRAD-RNR ;Formenton Davide NUC-IRAD-RNR ;Lammardo Monica NUC-IRAD-RNR ;Lepore Luigi NUC-IRAD-CRGR ;Ragonesi Giuseppe NUC-STS ;Ratto Antonino NUC-IRAD-RNR ;Ricci Pierpaolo NUC-IRAD-RNR ;Roberti Andrea NUC-IRAD-RNR ;Santagata Alfonso NUC-IRAD-RNR ;Vellucci Marco NUC-IRAD-RNR
Revision date
26-05-2025
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