Publication | Open Access
Scattering through fluids: speckle size measurement and Monte Carlo simulations close to and into the multiple scattering
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2004
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EngineeringFluid MechanicsMicrorheologyParticle MethodLight Scattering SpectroscopyRayleigh ScatteringSpeckle Size MeasurementNumerical SimulationRheologySpeckle SizeMicrofluidicsBiophysicsMonte Carlo SimulationsMultiple ScatteringPhysicsBiophotonicsMultiphase FlowOptical Particle SizingSpeckle MeasurementBiomedical ImagingWave ScatteringLight ScatteringSpeckle Size Evolution
We report on measurements in transmission of the speckle produced by scattering liquid media: diluted milk and water solutio ns of polystyrene-microspheres of different diameters. The speckle size is affected not only by scattering parameters such as the optical thickness, but also by the dimensions of the scatters. From the speckle measurement, we propose a method to differentiate media. Moreover, a calculation of the transmitted light profile by Monte Carlo simulation allowed us to get a better insight on the speckle size evolution versus scattering.