This paper is concerned with the study and description of light scattering in turbid material
such as paper. We present a new modeling approach, which is based on the transport …

We introduce a modified Monte Carlo model of light scattering in paper for better
understanding of optical dot gain origin. Using a realistic description of paper as a scattering …

Due to its simplicity, the theory of KUBELKA-MUNK [1] has found a wide acceptance for
modeling the optical properties of light scattering materials. However, the concept is not …

Recently there has been interest in the scattering of light within paper and the effect this
scattering has on the tone characteristics of a printed halftone image. 1–6 A halftone image …

When developing and applying models to light scattering problems, things usually turn very
mathematical. This is all in good order, but it may also be a hindrance for a broader …

Based on the transport theory, we present a modeling approach to light scattering in turbid
material. It uses an efficient and general statistical description of the material's scattering and …

Optical dot gain, which is also known as the Yule–Nielsen effect [1–3], has a significant
effect on halftone tonality and is caused by the diffusion of photons within the paper upon …

A problem formulation and a solution method are outlined for the radiative transfer problem
in vertically inhomogeneous scattering and absorbing media, using discrete ordinate model …

Sažetak Manufacturing significance of optical properties of paper motivated us to construct a
theoretical approach which could be used to determine the reflection and dispersion of light …

This work starts with a real industrial problem-the perceived need for a moredetailed and
more accurate model for light scattering in paper and print than theKubelka‐Munk model of …