PHD Theses

      • Ben Hounsell « Conceptual design of the PERLE injector » (document) – Mai 2022, [IJCLab Paris-Saclay University / Liverpool University
      • Carmelo Barbagallo “Design and optimization of higher order mode couplers for the superconducting cavities of the PERLE energy recovery linac" (document) – 21th Oct. 2024, [IJCLab Paris-Saclay University
      • Coline Guyot "Optimisation of electron beam performance for high peak current laser-plasma and multi-pass energy recovery accelerators with 6D tracking start-to-end simulations" – 21th Jan. 2025 (document), [IJCLab Paris-Saclay University
      • Rasha Abukeshek "Lattice Design and Beam Optics Optimization for the PERLE Machine" – 10 December 2025, [IJCLab Paris-Saclay University/An-Najah University]
      • Connor Monaghan "Optimization of bunch charge distribution for space charge emittance growth compensation in the PERLE injector" – September 2025,  [IJCLab Paris-Saclay University / Liverpool University]
      • Janine Issa “Longitudinal beam dynamics studies for the PERLE energy recovery linac“; started in Oct. 2025,  [IJCLab Paris-Saclay University]
      • Arnaud Cieplak "Beam halo studies for the PERLE energy recovery linac"; started in Oct. 2025, [IJCLab Paris-Saclay University]
      • Nawal BELOUCHRANI “Developements of innovative systems for the real-time control adn operation of the superconducting cavities in the PERLE project“ ; started in Oct. 2025, [IJCLab Paris-Saclay University – CIFRE thesis with ACSFrance Company]
      • Alex Perez Ruiz “Study of cryogenic microwave absorbers“ ; started in Oct. 2025, [IJCLab Paris-Saclay University – CIFRE thesis with ACSFrance Company]

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