Titlebook: Near-Field Optics and Surface Plasmon Polaritons; Satoshi Kawata Book 2001 Springer-Verlag Berlin Heidelberg 2001 Optics.applied optics.mi

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Apertureless Metallic Probes for Near-Field Microscopy,al resolution for near-field optical microscopy. The principle of the apertureless metallic probe and its features are described. Several near-field optical images are shown, and the contrast mechanism of microscopy is discussed..The application to Raman spectroscopy is also described for molecular

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Near-Field Spectral Analysis of Metallic Beads, gold and silver nanoparticles is mentioned. In Sec. 1 the dielectric function of noble metals, including the size effect is described. In Sec. 2 the scattering problem for a small metal sphere is solved using the static approximation and the exact Mie theory. In particular, the details of the near-

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Forces in Optical Near-Fields,rbitrary object is determined by Maxwell’s stress tensor. It is shown that in the limiting case of an infinitely extended object, the formalism renders the known expressions for radiation pressure. Similarly, in the small object limit, we obtain the familiar expressions for gradient and scattering f

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Excitation of Surface Plasmon Polaritons by a Focused Laser Beam,al analyses of its field distributions on a metallic surface for some varieties of light incidence are shown. As an application of the localized SPP, local thickness measurement of ultra-thin films is introduced. Visualization of the refractive index distribution on a metallic surface using the loca

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in almost every data analysis process, and yet it remains tedious and time-consuming. The complexity of the process is further increased by the recent tendency to derive knowledge from very large datasets. Existing data preparation tools provide limited capabilities to effectively process such larg

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