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Measurement of the optical properties of solid biomedical phantoms at the National Institute of Standards and Technology
Fabrication of anatomically tapered foveal pits for retinal phantoms for optical coherence tomography
Multilayered phantoms with tunable optical properties for a better understanding of light/tissue interactions
Making digital phantoms with spectral and spatial light modulators for quantitative applications of hyperspectral optical medical imaging devices
Diffuse reflectance based inverse Monte Carlo model for the estimation of the dependent scattering of intralipid 20% using a simplified two fiber oblique geometry set up
Effects of scattering and absorbing medium in the fluorescence conversion efficiency of physical tissue models