EP2 PhD Theses

  1. J. Perales-Diaz, "Fluid-kinetic models for space plasma thrusters", in , (2024, Universidad Carlos III de Madrid)  [LINK]
  2. P. Jiménez-Jiménez, "Analysis of the wave-plasma interaction in electrodeless plasma thrusters", in , (2024, Universidad Carlos III de Madrid)  [LINK]
  3. M. Inchingolo, "Design, development, and characterization of a microwave electrodeless plasma thruster", in , (2024, Universidad Carlos III de Madrid)  [LINK]
  4. E. Bello, "Analysis of turbulent transport in Hall-effect plasma thrusters", in , (2024, Universidad Carlos III de Madrid)  [LINK]
  5. M. Wijnen, "Diagnostic Methods for the Characterization of a Helicon Plasma Thruster", in , (2023, Universidad Carlos III de Madrid)  [LINK]
  6. A. Sánchez-Villar, "Modeling and simulation of the plasma discharge in an electron cyclotron resonance thruster", in , (2022, Universidad Carlos III de Madrid)  [LINK]
  7. J. Zhou, "Modeling and simulation of the plasma discharge in a radiofrequency thruster", in , (2021, Universidad Carlos III de Madrid)  [LINK]
  8. S. Correyero Plaza, "Physics of plasma plumes accelerated by magnetic nozzles: an experimental and theoretical research", in , (2020, Universidad Carlos III de Madrid)  [PDF]
  9. A. Domínguez-Vázquez, "Axisymmetric simulation codes for Hall effect thrusters and plasma plumes", in , (2019, Universidad Carlos III de Madrid)  [PDF]
  10. D. Pérez Grande, "Fluid modeling and simulation of the electron population in Hall Effect Thrusters with complex magnetic topologies", in , (2018, Universidad Carlos III de Madrid)  [PDF]
  11. B. Tian, "Modeling of Physical Processes in Radio-frequency Plasma Thrusters", in , (2017, Universidad Carlos III de Madrid)  [PDF]
  12. F. Cichocki, "Analysis of the expansion of a plasma thruster plume into vacuum", in , (2017, Universidad Carlos III de Madrid)  [LINK]
  13. M. Merino, "Analysis of Magnetic Nozzles for Space Plasma Thrusters", in , (2013, Universidad Politécnica de Madrid)  [PDF]
  14. X. Chen, "Low Work-Function Thermionic Emissionand Orbital-Motion-Limited Ion Collection at Bare-Tether Cathodic Contact", in , (2015, Universidad Politécnica de Madrid)  [PDF]
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