Paintings, frescoes, antique photographic prints, incunabula, old books, handwritten
documents, sculptures, ceramic fragments, and other ancient manufacts constitute the …

Dot gain is different when dots are printed alone, printed in superposition with one ink or
printed in superposition with two inks. In addition, the dot gain may also differ depending on …

The proposed new spectral reflection model enhances the classical Clapper-Yule model by
taking into account the fact that proportionally more incident light through a given colorant …

Today the print quality of digital printing techniques has improved and is considered
satisfactory and competitive to analogue techniques for certain graphic products …

A Complete One-Stop Resource While digital color is now the technology of choice for
printers, the knowledge required to address the quality and productivity issues of these …

This study investigated ink penetration through imaging technology, first by gray and contour
mapping and then calculating the ink penetration depth by programing. Next, a series of …

Besides the physical dot gain that results from a real physical extension of an ink dot, there
exists dot gain of optical origin, 1, 4 ie, optical dot gain or the Yule–Nielsen effect. Optical dot …

Printability on thin heterogeneous media using ink is related to the spreadability of ink. Thus,
this study focused on quantifying the spread of ink droplets by performing amorphous …

Spectral prediction models for halftone prints generally assume homogeneously thick and
sharply edged ink dots, ie, bilevel halftones. In real prints, the ink thickness often decreases …

We extend a previously proposed spectral reflectance and transmittance prediction model
for recto-verso prints to the case of multi-ink halftones. The model takes into account the …