Titlebook: Surface Enhanced Raman Scattering; Richard K. Chang,Thomas E. Furtak Book 1982 Plenum Press, New York 1982 electron.electron energy loss s

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書目名稱Surface Enhanced Raman Scattering影響因子(影響力)




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書目名稱Surface Enhanced Raman Scattering被引頻次




書目名稱Surface Enhanced Raman Scattering被引頻次學(xué)科排名




書目名稱Surface Enhanced Raman Scattering年度引用




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The Image Field Effect: How Important Is It?cement in Raman intensity seen for molecules adsorbed on Ag surfaces. (Reference 2 contains a review.) One of these mechanisms, . now known as the image field effect (IFE) mechanism, considered the interaction between the oscillating di-pole moment induced in the adsorbed molecule and its image in t

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Coupled Excitation Model and Quantum Test of Image Field Effectd molecule and surface plasmons of the metal. Our theory permits a quantum mechanical test to be made of the classical image field effect which is one limiting case of our model. In view of the physical simplicity and ease of calculation of classical theories based on image fields, such a test is im

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The Roles of Surface Roughness W. Wood. observed an “anomalous” optical absorption by thin alkali metal films, which he attributed to their granular structure. Until fairly recently, the focus of the investigations has been almost entirely on the effect of surface roughness on the linear optical response of metals, e.g., the ref

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Enhanced Raman Scattering by Molecules Adsorbed at the Surface of Colloidal Particlesch contribute to enhancement of the Raman signals. Such effects alone can give rise to large enhancements which are sensitive to particle size, shape and optical constants. The theory is formulated in such a way that specific changes in Raman polarizability which occur upon adsorption can be incorpo

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A Model Including Excitation of Surface Plasmon Polaritonsidine are enhanced by a factor 10. 10. or more when adsorbed or deposited on a metal like Ag, as compared to their values in the free state. The problem is to understand the physical processes responsible for such selective and specific enhancements. For several years now, a general theoretical form

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