Kinetical analysis of individual atoms and molecules in the organizing processes on solid surfaces

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One basis of the nanotechnology is fabricating surfaces at namometer level. For this process, the self-organization of atoms and molecules is considered as a promising phenomenon. In order to understand the self-organizing processes contributing to nanotechnology at nanometer processes at solid and solid/liquid interfaces, we carried out investigation on four field : 1) Metal surfaces, 2) Specific adsorbed ions, 3) Organic molecules, and 4) Compound semiconductor thin films. For all the topics listed above, the atomic/molecular processes were elucidated.To be more concrete, following topics were made clear: 1) Nanostructuring at Pt surface, 2) Self-organization of specific adsorbed ions, 3) Self-organization of organic molecules, and 4) Fabrication of thin films of compound semiconductors by anordic oxidation.