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Customer-built multi-chamber UHV system with Omicron VT-STM, XPS, LEED and MBE growth chamber |
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This UHV system is equipped with in-situ Omicron variable-temperature scanning tunnelling microscopy (VT-STM, 100K-1000K), x-ray photoelectron spectroscopy (XPS) and low-energy electron diffraction (LEED). The analysis chamber is connected with home-made molecular-beam-epitaxy (MBE) chamber mounted with the Oxford Applied Research Atom/ Radical Beam Source HD25 and various deposition sources such as k-cells and e-beam evaporators. The most interesting research opportunities that can be done in this system are as following: |
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Investigation of surface reconstructions, superstructures and nanotemplates. |
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Epitaxial single crystalline graphene films thermally grown on SiC substrates. |
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Growth of metal, semiconductor and organic nanostructures on surface nanotemplates. |
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Nucleation study of growth of thin film materials. |
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