Publication | Closed Access
White light oblique incidence reflectometer formeasuring absorption and reduced scatteringspectra of tissue-like turbid media
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Citations
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References
1997
Year
EngineeringOptical TestingAbsorption SpectroscopyBiomedical EngineeringFiber OpticsLight Scattering SpectroscopyOptical CharacterizationTissue-like Turbid MediaOptical PropertiesDiffuse ReflectanceReflectanceAbsorption CoefficientRadiologyReflectance ModelingPhotonicsOphthalmologyFiber Optic SensingInexpensive SystemBiophotonicsOptical ImagingSpectroscopyBiomedical ImagingLight ScatteringLight AbsorptionOptical SensorReduced Scatteringspectra
We designed a quick and inexpensive system for spectral measurements of optical properties including absorption coefficient and reduced scattering coefficient. The system was based on oblique incidence reflectometry.[1] A broad band light source was coupled into an optic fiber to deliver light obliquely to turbid media. Nine detection optic fibers were used to collect the diffuse reflectance as a function of source-detector distance. The relative diffuse reflectance profile was used to deduce the absorption and reduced scattering spectra. The system was able to acquire data in a wavelength range of 256 nm within a fraction of a second.
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