A method is described for finding the optical properties (scattering, absorption, and scattering anisotropy) of a slab of turbid material by using total reflection, unscattered transmission, and total transmission measurements. This method is applicable to homogeneous turbid slabs with any optical thickness,albedo, or phase function. The slab may have a different index of refraction from its surroundings and may or may not be bounded by glass. The optical properties are obtained by iterating an adding-doubling solution of the radiative transport equation until the calculated values of the reflection and transmission match the measured ones. Exhaustive numerical tests show that the intrinsic error in the method is < 3% when four quadrature p...
This paper presents a parametric study of the time-resolved hemispherical reflectance of a plane-par...
Light scattering in turbid media is essential for such diverse application areas as paper and print,...
At least four general methods exist for determining both the absorptive (k) and dispersive (n) optic...
A method is described for finding the optical properties (scattering, absorption, and scattering ani...
We present a fast and accurate method for real-time determination of the absorption coefficient, the...
The linear intensity profile of multiply scattered light in a slab geometry extrapolates to zero at ...
Abstract. We describe a fast, accurate method for determination of the optical coefficients of ‘semi...
Light propagation in two-layered turbid media having an infinitely thick second layer is investigate...
In this thesis two techniques for determination of the absorption- and reduced scattering coefficien...
Abstract: We study the accuracy of a number of simple approximate equations for the reflection chara...
Abstract: Properties of the reflection coefficient of a semi-infinite homogeneous plane-pa...
Methods and systems for optically characterizing a turbid sample are provided. A structured light be...
Noncontact, frequency-domain measurements of diffusely reflected light are used to quantify optical ...
Many applications seek to measure a sample’s absorption coefficient spectrum to retrieve the chemica...
A method to estimate simultaneously the size and concentration of particles in latices and the relat...
This paper presents a parametric study of the time-resolved hemispherical reflectance of a plane-par...
Light scattering in turbid media is essential for such diverse application areas as paper and print,...
At least four general methods exist for determining both the absorptive (k) and dispersive (n) optic...
A method is described for finding the optical properties (scattering, absorption, and scattering ani...
We present a fast and accurate method for real-time determination of the absorption coefficient, the...
The linear intensity profile of multiply scattered light in a slab geometry extrapolates to zero at ...
Abstract. We describe a fast, accurate method for determination of the optical coefficients of ‘semi...
Light propagation in two-layered turbid media having an infinitely thick second layer is investigate...
In this thesis two techniques for determination of the absorption- and reduced scattering coefficien...
Abstract: We study the accuracy of a number of simple approximate equations for the reflection chara...
Abstract: Properties of the reflection coefficient of a semi-infinite homogeneous plane-pa...
Methods and systems for optically characterizing a turbid sample are provided. A structured light be...
Noncontact, frequency-domain measurements of diffusely reflected light are used to quantify optical ...
Many applications seek to measure a sample’s absorption coefficient spectrum to retrieve the chemica...
A method to estimate simultaneously the size and concentration of particles in latices and the relat...
This paper presents a parametric study of the time-resolved hemispherical reflectance of a plane-par...
Light scattering in turbid media is essential for such diverse application areas as paper and print,...
At least four general methods exist for determining both the absorptive (k) and dispersive (n) optic...