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Systematic Study of Key Components for a Coaxial-Cavity Gyrotron for DEMO46,00 €![Simulations for the optimization of High Temperatur Superconductor current leads for nuclear fusion applications]( "Simulations for the optimization of High Temperatur Superconductor current leads for nuclear fusion applications")
Simulations for the optimization of High Temperatur Superconductor current leads for nuclear fusion applications60,00 €![Investigations of After Cavity Interaction in Gyrotrons Including the Effect of Non-uniform Magnetic Field]( "Investigations of After Cavity Interaction in Gyrotrons Including the Effect of Non-uniform Magnetic Field")
Investigations of After Cavity Interaction in Gyrotrons Including the Effect of Non-uniform Magnetic Field40,00 €![Diffraction and Scattering in Launchers of Quasi-Optical Mode Converters for Gyrotrons]( "Diffraction and Scattering in Launchers of Quasi-Optical Mode Converters for Gyrotrons")
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Influence of Emitter Surface Roughness and Emission Inhomogeneity on Efficiency and Stability of High Power Fusion Gyrotrons46,00 €
The multistage depressed collector (MDC) shall be one of the key technologies to achieve the required gyrotron efficiency in the DEMOnstration fusion power plant. For the first time, this work presents a comprehensive study of possible gyrotron MDC concepts. Concepts, only using axisymmetric E- and B-field components are shown to be insufficient. Instead, promising concepts using the E×B drift are proposed. A detailed study of a novel MDC concept using an azimuthal electric field is presented.