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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Mikhail A. Molchanov,Vera Molchanova multiple scattering in tissues on the OCT imaging performances, and the developments in reducing the overwhelming multiple scattering effects and improving imaging capabilities by the use of immersion technique are discussed. A novel technique based on the usc of biocompatible and osmotically activ

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Turning Points of the Irish Revolution are presented. An analytical model for calculating the OCT signal based on the extended Huygens-Fresnel principle valid both for the single and multiple scattering regimes is derived. An advanced Monte Carlo model for calculating the OCT signal is also derived, and the validity of this model is sho

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Turtle Fun LOGO for the Spectrum 48Kt implementation, the phase modulation introduced by the transverse scanners may be exploited to generate . OCT images. New avenues opened by the . OCT are presented, such as the versatile operation in A, B, C scanning regimes, simultaneous OCT and confocal imaging and simultaneous OCT imaging at di

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Geen therapie meer voor meneer Wesselsthe standpoint of the wave and energy approaches. The next section discusses the development and creation of optical elements based on polarization maintaining fiber for the “heart” of the OCT scheme - Michelson interferometer. Then, various modifications of OCT such as “two-color”, 3D, cross-polari

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Laser Polarimetry of Biological Tissues: Principles and Applications,e 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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