The Equipment of X-ray Laboratories
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Rigaku SmartLab with rotating anode – source: copper rotating anode, 9 kW – detectors: scintillation, linear – methods: diffraction, reflectivity, GID, SAXS, ... – environments: ambient conditions; high-temperature dome chamber (up to 1100 °C)
core facility |
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Rigaku SmartLab for thin films (F-type) – source: copper sealed anode, 3 kW – detectors: scintillation, linear – methods: diffraction, reflectivity, GID, SAXS, ... |
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Setup for X-ray diffraction with high collimation – Cu X-ray tube with parabolic graded mirror – Bartels type four-bounce channel-cut monochromator – Goniometer by Delong Instruments – Scintillation detector – Home-made software for driving the experiment |
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Setup for X-ray reflectometry and diffraction with sample heating – Cu X-ray tube with parabolic graded mirror – Goniometer by Delong Instruments – Temperature chamber for sample with a furnace (max 800 °C) – Scintillation detector – Home-made software for driving the experiment |
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Setup for X-ray reflectometry and diffraction with high flux for ultra thin layers – Cu X-ray tube with parabolic graded mirror – Channel cut monochromator possibility – Goniometer by Huber – High temperature chamber for sample (max 1100 °C) – Scintillation detector – Home-made software for driving the experiment |
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School X-ray source and goniometer PHYWE – Cu, Mo and W X-ray tubes – Measurement of X-ray tube spectra – Monocrystal orientation (lauegram) – X-ray fluorescence with energy dispersive detector – Radiography |
