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Light Scattering by Particles: Computational

Light Scattering by Particles: Computational Methods by S C Hill, S. C. Hill

Light Scattering by Particles: Computational Methods

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Light Scattering by Particles: Computational Methods S C Hill, S. C. Hill ebook
ISBN: 9789971508326
Page: 276
Format: pdf
Publisher: World Scientific Publishing Company, Incorporated

Dec 4, 2012 - “Thanks to this deep bias, it's possible that we have missed the bigger picture: the mounting evidence that the fundamental rules that govern our universe cannot be expressed in terms of [a traditional computation].” To demonstrate the point, Wharton “In this view, the reason light bends at an air/water interface is not because of any algorithm-like chain of cause-and-effect, but rather because it's globally more efficient,” explains Wharton. Mar 22, 2012 - The main problems to be solved for realization of this possibility originate from the extreme weakness of the scattered light from a single molecule. In tissue, the Brownian motion of endogenous light scattering particles causes scatter locations and optical path lengths to dynamically change, resulting in time-dependent intensity modulations of the laser speckle. Note that this strictly holds only for weakly-scattering objects; the method works very well for polystyrene microspheres up to 1 µm in diameter, but less well for larger polystyrene particles. Jan 21, 2014 - A sufficiently long, optically dense cloud of atoms can scatter light in a highly directional manner if the fields scattered by all atoms interfere constructively along the extent of the cloud. One problem is severe damage of a target caused by a single shot of In the first, path A, method, a computational procedure is applied to a set of phase-missing two-dimensional intensity patterns to find their mutual locations in the three-dimensional wavenumber space. Feb 8, 2014 - Objects in the sample volume then scatter light, which interferes with the unscattered light to form interference patterns perpendicular to the illumination direction. Sep 12, 2011 - These diagnostic techniques measure one or more of the processes that occur when the light interacts with the tissue including the reflectance, refraction, scattering, or absorption and re-emission of the incident light (Figure 1). This image (the hologram) contains the depth information required .. The fSCA method is simple to describe but computationally intensive to execute ¯ each pixel in an image must be compared to a library of landscape feature colors, which are then mixed together in multiple proportions. Sep 4, 2013 - (a) Red fluorescence from chlorophyll versus forward light scattering (a proxy of cell size) uniquely identified five distinct phytoplankton populations: large and small elongated phytoplankton, large and small nanoplankton, and ultraplankton.

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