Abstract
An experimental setup including a Michelson interferometer and an infrared camera for studying mirrors, crystals and other surfaces exposed to high power synchrotron radiation beams is described. Its performance is illustrated by first results for different test mirrors such as SiC, Cu, Al and monochromator crystals. A short, low-field wiggler in the DORIS II storage ring served as a light source with 25 W/mrad at a particle energy of 3.7 GeV for first tests.
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