SenSiC GmbH develops tailor-made Silicon Carbide–based sensors and electronics for novel monitoring applications and schemes.
The main target is to support scientists in synchrotron beamlines, enabling photon-beam monitoring from the insertion devices (ID) down to the beamstoppers located near the sample positions.
Solid-state detectors for ultra-high dose rate beam dosimetry and monitoring FLASH Radiotherapy relies on the delivery of therapeutic doses at ultra-high dose rates (UHDR), introducing demanding requirements for dosimetry and beam monitoring. Conventional ionization chambers can suffer from significant ion-recombination and saturation effects under these conditions, making the development of alternative detector technologies essential for […]
SiC-Integrated X-ray Optics for In-Situ Beam Diagnostics
SiC-integrated Order-Sorting Apertures and Center Stops for in-situ monitoring of X-ray beam intensity and position, already validated in synchrotron experiments.
