Titlebook: Localized Surface Plasmon Resonance Based Nanobiosensors; Yi-Tao Long,Chao Jing Book 2014 The Author(s) 2014 Dark-Field Scattering Spectro

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Brief Introduction to Localized Surface Plasmon Resonance and Correlative Devicesand scattering spectroscopy, photostability, and active catalytic ability. These properties enable them to be applied in variable sensitive sensors, functional nanoprobes and act as efficient catalysts. Particularly, the measurements at single nanoparticle level promote the developments of plasmonic

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Electromagnetics of Metals and Theory Fundamentalstheory, we can finally derive the mechanism and property of plasmonic particles like gold, silver, copper, etc. Here, we first lead in the Maxwell’s equations. They will make it easier to understand the interaction of electromagnetism. Then, we introduce some fundamental parameters, such as the refr

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Refractive Index-based Plasmonic Biosensorsur when the refractive index of the surrounding medium increases. Thus, the modification or adsorption of molecules on the nanoparticle surface can be detected in a label-free manner using LSPR shifts. In this chapter, we summarise the previous reports of medium- and substrate-influenced plasmon res

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Morphology- and Composition-Modulated Sensingrties. For instance, catalytic ability, sensitivity to changes in the surrounding medium, and biocompatibility are all dependent on the morphology of nanoparticles. In recent decades, various types of nanostructures have been fabricated to tune plasmon resonance bands, enhance the electromagnetic fi

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Detection Based on Plasmon Resonance Energy Transfers, “plasmon resonance energy transfer” (PRET) from metal nanoparticles to the surface-modified chromophores occurs. PRET enhances the sensitivity of absorption signals of chromophores with several orders of magnitudes. In this chapter, we discuss the discovery of PRET as well as its applications in

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