MAGNI, ALESSIO

MAGNI, ALESSIO  

DIPARTIMENTO DI ENERGIA  

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Risultati 1 - 20 di 22 (tempo di esecuzione: 0.033 secondi).
Titolo Data di pubblicazione Autori File
Application of the SCIANTIX fission gas behaviour module to the integral pin performance in sodium fast reactor irradiation conditions 1-gen-2022 A. MagniD. PizzocriL. Luzzi +
Assessment of three European fuel performance codes against the SUPERFACT-1 fast reactor irradiation experiment 1-gen-2021 L. LuzziT. BaraniL. CogniniA. MagniD. Pizzocri +
Development of best estimate numerical tools for LFR design and safety analysis 1-gen-2018 T. BaraniA. CammiL. CogniniS. LorenziL. LuzziA. MagniD. Pizzocri +
Development of best estimate numerical tools for LFR design and safety analysis 1-gen-2019 T. BaraniA. CammiL. CogniniS. LorenziL. LuzziA. MagniE. MossiniD. Pizzocri +
Extension and application of the TRANSURANUS code to the normal operating conditions of the MYRRHA reactor 1-gen-2022 A. MagniT. BaraniD. PizzocriL. Luzzi +
Improved models of melting temperature and thermal conductivity for mixed oxide fuels doped with low minor actinide contents 1-gen-2022 A. MagniL. Luzzi +
Incorporation and verification of models and properties in fuel performance codes 1-gen-2020 L. LuzziT. BaraniA. MagniD. Pizzocri +
A model describing intra-granular fission gas behaviour in oxide fuel for advanced engineering tools 1-gen-2018 D. PizzocriG. PastoreT. BaraniA. MagniL. Luzzi +
Modeling Fission Gas Release and Bubble Evolution in UO2 for Engineering Fuel Rod Analysis 1-gen-2018 G. PastoreT. BaraniD. PizzocriMAGNI, ALESSIOL. Luzzi
Modeling intra-granular fission gas bubble evolution and coarsening in uranium dioxide during in-pile transients 1-gen-2020 T. BaraniA. MagniD. PizzocriL. Luzzi +
Modelling and assessment of thermal conductivity and melting behaviour of MOX fuel for fast reactor applications 1-gen-2020 A. MagniT. BaraniD. PizzocriL. Luzzi +
Modelling of thermal conductivity and melting behaviour of minor actinide-MOX fuels and assessment against experimental and molecular dynamics data 1-gen-2021 A. MagniL. LuzziD. Pizzocri +
A new burn-up module for application in fuel performance calculations targeting the helium production rate in (U,Pu)O2 for fast reactors 1-gen-2021 Cechet A.Barani T.Cognini L.Lorenzi S.Magni A.Pizzocri D.Luzzi L. +
A Physics-Based Description of Inter-Granular Helium Behaviour in SCIANTIX for Application in Fuel Performance Codes 1-gen-2021 R. GiorgiA. CechetL. CogniniA. MagniD. PizzocriL. Luzzi +
Physics-based modelling and validation of inter-granular helium behaviour in SCIANTIX 1-gen-2022 R. GiorgiA. CechetL. CogniniA. MagniD. PizzocriG. ZulloL. Luzzi +
Report describing the irradiation experiments selected for the assessment of fuel performance codes 1-gen-2019 L. LuzziT. BaraniA. MagniD. Pizzocri +
Report on the improved models of melting temperature and thermal conductivity for MOX fuels and JOG 1-gen-2020 A. MagniL. Luzzi +
Results of the applicative benchmark between TRANSURANUS and GERMINAL on the ASTRID case study 1-gen-2021 A. MagniL. LuzziD. Pizzocri +
Review of available models and progress on the sub-models dealing with the intra- and intergranular inert gas behaviour 1-gen-2019 D. PizzocriL. LuzziT. BaraniL. CogniniA. Magni +
Synthesis of the inert gas behaviour models developed in INSPYRE 1-gen-2020 D. PizzocriT. BaraniL. CogniniL. LuzziA. Magni +