Riesemeier, H. ; Rack, A. ; Zabler, S. ; Goebbels, J. ; Müller, B.R. ; Banhart, J.: The synchrotron-based imaging station for micro-radiography and-tomograhy at the BAMline (BESSY). Journal of Physics: Conference Series 186 (2009), p. 012047/1-3
10.1088/1742-6596/186/1/012047
Abstract:
Third generation synchrotron light sources allow one to image micro-structured, multi-component specimens with different contrast modalities and resolutions up to the submicrometer range, thanks to their high brilliance and partial coherence. An imaging setup for micro-tomography and -radiography installed at BESSY as part of its first hard X-ray beamline (BAMline) can now be used for absorption, refraction as weil as phase contrast. The experimental station is dedicated to in-house research and applications by external users. Monochromatic synchrotron light between 6 keV and 80 keV is attained via a fully automated double multilayer monochromator. We show the suitability ofthe setlip for several applications from materials research.