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Development and characterization of an x-ray microtomograph on the basis of an x-ray lithography station

Theoretically, high x-ray flux of synchrotron radiation (SR) allows by means of microtomography to produce three-dimensional x-ray microimages in extremely short times and with a very high quality. However, so far there was a limited number of studies worldwide carried out in the field of low energy radiation microtomography and therefore it appears to be very challenging and exciting to go in for such an exercise with potential output for material research in the field of fiber materials and composites. Using the advantage of having built the x-ray lithography exposure tool with appropriate for microtomography radiation output we aspire to develop a microtomography imaging system, which can be useful for structure analysis of such materials as paper cellulose, fabrics, cement, concrete, fiber-plastics, porous materials, etc.
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