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In many research areas X-rays are used for analysis. In X-ray full field microscopy a high resolution is achievable independent of the source properties by using imaging lenses. With an objective lens with 100 mm focal length a theoretical resolution of 60nm is achievable at 30 keV. In Experiments a resolution of 200 nm for a field of view of 80 µm
Röntgenmikroskopie --- OptikX-ray microscopy --- Vollfeldmikroskopie --- Mikrostrukturtechnik --- refraktive Linse --- full-field-microscopy --- refractive lens --- optics --- microstructure technology
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Imaging methods such as X-ray microscopy are used in non-destructive material analysis to achieve resolutions in the sub micrometer range. Imaging optics are required, for which X-ray lenses are particularly suitable for photon energies above 10 keV. To ensure the universal use of these lenses with constant optical properties over a wide photon energy range, for the first time an X-ray zoom lens was developed in this work.
Röntgenmikroskopie --- X-ray lens --- zoom lens --- X-ray microscopy --- transfocator --- Zoomlinse --- Transfokator --- X-ray optic --- Röntgenoptik --- Röntgenlinse
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Microscopes à rayons X. --- Microscopes. --- Microscopes. --- Microscopes. --- Microscopie à rayons X. --- Microscopie. --- Microscopie. --- Microscopy --- Microscopy. --- Radiographie. --- Radiography. --- Radiography. --- Radiography. --- Rayons X. --- Rayons X. --- Röntgenmikroskopie. --- X-Rays. --- X-ray microscopes. --- X-ray microscopes. --- X-ray microscopy. --- X-rays. --- X-rays. --- X-rays. --- radiographs. --- radiography. --- x-ray (radiation). --- Instrumentation.
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