Titlebook: Near-field Nano/Atom Optics and Technology; Motoichi Ohtsu Book 1998 Springer Japan 1998 Dispersion.Nanomaterial.Raman spectroscopy.Taper.

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Imaging Biological Specimens,cope. Although they provide a way to monitor the biological process in real time [.], their resolution is limited by the diffraction of the light. They have also been studied by electron microscopes, which offer high resolution. However, electron microscopes have several disadvantages such as:

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Toward Nano-Photonic Devices,s increase allows modifications to the specimen’s surface and also nanometric processing, which leads to the creation of novel nanometric materials. Further, novel functional photonic devices are expected from the use of a resonant interaction between the optical near field and the matter, as well a

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Motoichi Ohtsumore the tool should also allow flexible graphical feedback which can be tailored to the needs of the specific domain in question..In this paper we show how the overall system behaviour of an Intelligent Network can be visualised, how the user can interact with the system, and how the history of imp

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Motoichi Ohtsud despite various differences as well as different disciplinary backgrounds, we would argue that the contributions in this book all in different ways reinforce the significant value of this approach. Not least, this volume has demonstrated a full range of roles services play in moving our economies

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