Susanna Cappello
My research activity has been devoted to theoretical and advanced simulation studies of fusion plasmas, starting from the Reversed Field Pinch configuration, RFP, pursued in the world-class medium-size RFX experiment hosted in Padova. The RFP is an alternative concept, yet the configuration share and synergize on several physics and technological challenges, common to the leading configurations Tokamak and Stellarator. My expertise mainly developed in the macroscopic magnetofluid modeling of fusion plasmas. My scientific activity have produced contributions published in major journals and invited at the relevant conferences and scientific venues. The most relevant ones were the original theoretical results on the helical self-organization processes exhibited afterwards in RFX high current experiments. In addition, the contributions to disclose fundamental aspects of the dynamo effect in the RFP, with impact on the understanding of hybrid tokamak scenarios and astrophysics systems, are to be remarked. This activity provided the main foundations of the Plasma Theory and Advanced Simulations Group of Consorzio RFX, which has been growing during the last twenty years.
- EXPERTISE MHD, theory, advanced simulation, plasma self-organization, transport, RFP, numerical tools, verification and validation, fusion plasmas.
- ROLE Senior Researcher
- MAIL susanna.cappello@istp.cnr.it
- PHONE +39 049 829 5897
- ISTP OFFICE Padova
- SECONDED TO RFX
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Status of the upgrade of RFX-mod2
Marrelli L.; Abate D.; Agostinetti P.; Agostini P.; Aprile D.; Auriemma F.; Berton G.; Bettini P.; Bigi M.; Boldrin M.; Bolzonella T.; Bonfiglio D.; Bonotto M.; Brombin M.; Bustreo C.; Candeloro V.; Canton A.; Cappello S.; Carraro L.; Cavallini C.; [ Et al. ] -
Reconnection processes in 3D MHD modeling of Reversed Field Pinch magnetic self-organization
Cappello S.; Bonfiglio D.; Veranda M.; Escande D.F.; Kryzhanovskyy A.; Spinicci L.; Vivenzi N. -
Kinematic viscosity estimates in reversed-field pinch fusion plasmas
Vivenzi N.; Spizzo G.; Veranda M.; Bonfiglio D.; Cappello S.; RFX-mod Team -
Structures in Reversed Field Pinch Magnetic Self-Organization, Insights and Prospects from 3D Nonlinear MHD
Cappello S.; Bonfiglio D.; Escande D.F.; Veranda M.; Kryzhanovskyy A.; Spinicci L.; Vivenzi N. -
MHD origin of the density limit
Spizzo G.; Veranda M.; Vivenzi N.; Agostini M.; Bonfiglio D.; Cappello S.; Carraro L.; Puiatti M.E.; Scarin P.; Terranova D.; Valisa M.; Zuin M. -
Kinematic viscosity estimates in reversed-field pinch fusion plasmas
Vivenzi N.; Bonfiglio D.; Cappello S.; Spizzo G.; Veranda M. -
Nonlinear 3D MHD modelling of the Alfvén waves in Tokamak and RFP Ohmic plasmas
Kryzhanovskyy A.; Bonfiglio D.; Cappello S.; Veranda M.; -
Formulation and numerical benchmarck of improved magneto fluid-dynamics boundary conditions for 3D nonlinear MHD code SPECYL
Spinicci L.; Bonfiglio D.; Cappello S.; Veranda M.; Chacon L. -
Alfvén waves in reversed-field pinch and tokamak ohmic plasmas: Nonlinear 3D MHD modeling and comparison with RFX-mod
Kryzhanovskyy A.; Bonfiglio D.; Cappello S.; Veranda M.; Zuin M. -
Non-linear visco-resistive MHD modelling of reversed-field pinch fusion plasmas: viscosity coefficient studies
Vivenzi N.; Veranda M.; Bonfiglio D.; Cappello S. -
Non-linear visco-resistive MHD modelling of reversed field-pinch fusion plasmas: viscosity coefficient studies
Vivenzi N.; Veranda M.; Bonfiglio D.; Cappello S. -
Formulation and numerical benchmarck of improved magneto fluid-dynamics boundary condtions for 3D nonlinear MHD code SPECYL
Spinicci L.; Bonfiglio D.; Cappello S.; Veranda M.; Chacon L. -
Dynamics of ultralow-q plasmas in the RFX-mod device
Zuin, M.; Agostini, M.; Auriemma, F.; Bonfiglio, D.; Cappello, S.; Carraro, L.; Cavazzana, R.; Cordaro, L.; Franz, P.; Marrelli, L.; Martines, E.; Puiatti, M. E.; Piovan, R.; Spizzo, G.; Terranova, D.; Vianello, N.; Zanca, P.; Zaniol, B.; Zanotto, L. -
Prediction of temperature barriers in weakly collisional plasmas by a Lagrangian coherent structures computational tool
Di Giannatale G.; Bonfiglio D.; Cappello S.; Chacon L.; Veranda M. -
Dynamics and Confinement of Ultralow-q Plasmasin the RFX-mod Device
Zuin M.; Agostini M.; Auriemma F.; Bonfiglio D.; Cappello S.; Carraro L.; Cavazzana R.; Cordaro L.; Franz P.; Marrelli L.; Martines E.; Puiatti M.E.; Piovan R.; Spizzo G.; Terranova D.; Vianello N.; Zanca P.; Zaniol B.; Zanotto L. -
Dynamics and Confinement of Ultralow-q Plasmasin the RFX-mod Device
Zuin M.; Agostini M.; Auriemma F.; Bonfiglio D.; Cappello S.; Carraro L.; Cavazzana R.; Franz P.; Marrelli L.; Martines E.; Puiatti M.E.; Piovan R.; Spizzo G.; Terranova D.; Zanca P.; Zaniol B.; Zanotto L. -
Magnetic reconnection in three-dimensional quasi-helical pinches
Veranda, Marco; Cappello, Susanna; Bonfiglio, Daniele; Escande, Dominique Franck; Kryzhanovskyy, Artur -
Helically self-organized pinches: dynamical regimes and magnetic chaos healing
Veranda, Marco; Bonfiglio, Daniele; Cappello, Susanna; di Giannatale, Giovanni; Escande, Dominique Frank -
Effect of a realistic boundary on the helical self-organization of the RFP
Bonfiglio D.; Cappello S.; Escande D.F.; Di Giannatale G.; Kryzhanovskyy A.; Veranda M.; Marrelli L.; Zanca P. -
RFX-mod2: a reversed-field pinch device with edge transport optimization
Veranda M.; Scarin P.; Agostini M.; Bonfiglio D.; Cappello S.; Spizzo G.; Zanca P.