Titlebook: Coherent Domain Optical Methods; Biomedical Diagnosti Valery V. Tuchin Reference work 20041st edition Springer US 2004 Olson.PC170.Tuchin.c

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Aegean Sea Territorial Waters Issuedeviations of the height surface roughness distribution from a Gaussian probability distribution on the accuracy of optical analysis is discussed. The possibilities for optical diagnostics of fractal surface structures are shown and the set of statistical and dimensional parameters of the scattered

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https://doi.org/10.1007/978-3-030-64704-9e 2-order level of increasing the signal-to-noise ratio (SNR) in their images has been presented. The mechanisms of forming the probability distribution of azimuths and ellipticities of the object field polarization of biological tissue as the set of optically uniaxial structures with crystalline an

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https://doi.org/10.1007/978-3-030-29189-1w measurements can be routinely and accurately obtained in a separate skin vascular bed on normal skin, and to estimate changes before, during and after medical and/or cosmetic procedures. This is likely lead to non-invasive quantitative monitoring of the effectiveness of general diagnostics, diabet

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n metabolism. By illuminating the cortex with laser light and imaging the resulting speckle pattern, relative CBF images with tens of microns spatial and millisecond temporal resolution could be obtained. In this chapter, a laser speckle imaging (LSI) method for monitoring dynamic, high-resolution C

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,Die Anf?nge des Turnens in Basel,tio and a large dynamic range. We present basic applications such as OCT, OCM and CDOCT. We then introduce Wigner functions, which fully characterize a light field including its coherence properties, and demonstrate two techniques which enable the measurement of smoothed (One-Window method) and true

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