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Several novel diagnostic systems based on the detection of coherent THz radiation are presented. The investigation of the photon beam properties allow for bunch-by-bunch and turn-by-turn diagnostics of the emitting electron bunches in the accelerator. It is used for time-resolved studies of the micro-bunching instability. Accompanying simulations with Inovesa show a good agreement with the measurement which enhances the knowledge of the physics behind the micro-bunching instability.
Spektrum --- Synchrotronstrahlung --- THz --- Impedanz --- Terahertz --- Impedance --- Synchrotron radiation --- Spectrum
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In the THz frequency range, superconducting detectors coupled to planar antennas are well suited for the use in the field of accelerator beam diagnostics. This work studies the coupling efficiency and spectral sensitivity of different antenna designs. Based on the conclusions, two different detector systems for spectroscopic measurements are developed and verified with measurements at accelerator-based light sources.
Electrical engineering --- Supraleitung --- THz-Detektoren --- Terahertzstrahlung --- Planarantennen --- Synchrotronstrahlung --- superconductivity --- terahertz detector --- terahertz radiation --- planar antennas --- synchrotron radiation
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