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Till Borkowski (KIT - IBPT)01/08/2025, 10:00Talk
Eine kurze Vorstellung über uns und unser Institut.
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Woher kommen wir?
Womit beschäftigen wir uns? -
Julius Storch (IAP Frankfurt)01/08/2025, 10:15Talk
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Tochukwu Emmanuel Ezeaba (Istituto Nazionale Di Fisica Nucleare (INFN), Legnaro (PD), Italy)01/08/2025, 10:35Talk
Additive Manufacturing (AM) has opened new frontiers in the fabrication of complex components for accelerator applications. However, the surface roughness of as-built parts remains a key challenge, particularly for high-frequency RF and vacuum environments. Plasma Electrolytic Polishing (PEP) is emerging as a promising post-processing technique to address this issue.
PEP is an...
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Philipp Müller (Goethe Universität Frankfurt)01/08/2025, 10:55Talk
To determine the relative permittivity $\epsilon_r$ and the dielectric loss factor $\tan(\delta)$ of 3D printed polymers at 500$\,$MHz a test cavity was built. When a dielectric material is inserted, the frequency and the quality factor of the cavity change. A comparison of the measured data with simulations yields the values of $\epsilon_r$ and $\tan(\delta)$. This allows the use of these 3D...
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Leonie Bauer (Goethe University Frankfurt, Institute for Applied Physics)01/08/2025, 11:15Talk
Besides beam characterization, cameras at our institute are also applied to acquire multipacting and cavity glowing effects during conditioning. To support these applications, additive manufacturing provides a fast, cost-effective, and flexible method for developing custom camera mounts precisely conformed to their specific positions, whether inside or outside a cavity.
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In addition to its... -
Hendrik Hähnel (Goethe University Frankfurt, Institute for Applied Physics), Michael Mayerhofer (Universität der Bundeswehr München)01/08/2025, 11:35
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