Titlebook: Confocal Raman Microscopy; Jan Toporski,Thomas Dieing,Olaf Hollricher Book 2018Latest edition Springer International Publishing AG 2018 3D

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oscopy is explained. The selection of the appropriate pinhole diameter is discussed in detail, as the pinhole diameter is crucial in obtaining the highest depth resolution as well as optimizing collection efficiency, because the Raman signal is typically very weak.

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High Resolution Optical and Confocal Microscopyoscopy is explained. The selection of the appropriate pinhole diameter is discussed in detail, as the pinhole diameter is crucial in obtaining the highest depth resolution as well as optimizing collection efficiency, because the Raman signal is typically very weak.

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us publications from Indian colleagues, some remarkable facts on Raman as well as on his discovery are highlighted. Following an illustrated description of how the first “Raman light” was detected using the sunlight as an excitation source, the way in which the 1930 Nobel prize winner has been recog

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oscopy is explained. The selection of the appropriate pinhole diameter is discussed in detail, as the pinhole diameter is crucial in obtaining the highest depth resolution as well as optimizing collection efficiency, because the Raman signal is typically very weak.

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kens et al., in Nature 458(7237): 485, 2009 [.]), (Rotundi et al., in Planet Sci 43(1–2):367, 2008, [.]), (Heim et al., Geobiology in 10(4):280, 2012 [.]), biology (Hild et al., in J Struct Biol 168(3):426, 2009 [.]), (Gierlinger and Schwanninger, in J Spectrosc 21(2):69, 2007 [.]), (Hermelink et al

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