Titlebook: Quantitative Infrared Spectroscopy for Understanding of a Condensed Matter; Takeshi Hasegawa Book 2017 Springer Japan KK 2017 Chemometrics

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Surface Spectroscopy Using FT-IR,ely great reproducibility, which perfectly matches the theoretical prediction based on electrodynamics. Here, the thickness of the thin film is much less than the wavelength of IR light, i.e., a few hundreds of nm or less. In this situation, the . of film/air and film/substrate . even when the simpl

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Chemometrics for FTIR, a concept of the multivariate analysis, which is usually called .. To employ chemometrics for spectral data analysis, the accuracy of the abscissa axis must be highly rigid. Since the wavenumber accuracy of FTIR spectra is ideally high, which is guaranteed by the calibration using a He–Ne laser, ch

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Surface Spectroscopy Using FT-IR,eoretical aspect of surface spectroscopy is a little complicated, but the conclusions are concisely summarized as the . (SSR). In this chapter, let us imagine a thin film deposited on a substrate, and the physical concept is introduced in detail, followed by the practical applications based on SSR.

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IR Absorption of a Dielectric Matter: Phase Retardation of the Polarization Density,nderstand this mechanism, the phase retardation at the resonance frequency should be discussed. Through this understanding, we will further understand the reason why the optical parameters must be written as “complex.”

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