PhD Thesesin Plasma Physics, Lasers and Nuclear Fusion

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  • João Pedro Simões Loureiro, Liquid tin and lithium-tin as plasma facing components for nuclear fusion devices (2019)
  • Marija Grofulović, Energy storage and transfer in non-equilibrium CO2 plasmas (2019)
  • Nitin Shukla, Theoretical and numerical studies of magnetic field generation in plasma astrophysics (2019)
  • Paulo Ricardo Fortuna Carvalho, System Manager Architecture for Critical Instrumentation in Nuclear Fusion (2019)
  • Rafael Bagagem Henriques, ISTTOK plasma characterization and control by the Heavy Ion Beam Diagnostic (2019)
  • Alberto Maistrello, Characterization of the dielectric strength in vacuum of RF drivers for fusion neutral beam injectors (2018)
  • Ana Inês Vieitas de Amaral Dias, Plasma based assembly and engineering of advanced carbon nanostructures (2018)
  • Antonio Pimazzoni, Investigation of the parameters of a particle beam by numerical models and diagnostic calorimetry (2018)
  • Diogo Elói Trindade de Aguiam, Implementation of a X-mode multichannel edge density profile reflectometer for the new ICRH antenna on ASDEX Upgrade (2018)
  • Domenico Abate, Modelling and control of RFX-mod tokamak equilibria (2018)
  • Emanuele Di Palma, Theoretical study and design of a CARM type millimeter wave source (2018)
  • Giulio Gambetta, Development, optimization and testing of high performance cooling systems for fusion devices (2018)
  • Giulio Rubino, Power exhaust data analysis and modeling of advanced divertor configurations (2018)
  • Jayanath Chalappurath Payyan Koliyadu, Spatio-temporal characterization of high harmonic generation for plasma diagnostics (2018)
  • Lígia Diana Pinto de Almeida Amorim, Controlled plasma wakefield acceleration for particle acceleration towards the energy frontier (2018)
  • Luigi Cordaro, Magnetic reconnection in fusion plasmas (2018)
  • Luís Manuel Rodrigues Guimarãis, Poloidal Asymmetries at the ASDEX Upgrade Tokamak (2018)
  • Marco Gottardo, New hardware and software technologies for real-time control in nuclear fusion experiments (2018)
  • Martynas Prokopas, ITER Control System Model: A full-scale simulation platform for the CODAC infrastructure (2018)
  • Miguel da Gama Falcão Correia, High-Availability Control and Data Acquisition Systems for Nuclear Fusion Experiments (2018)