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Damir Modrić
Damir Modrić
professor, Physics in Graphic technology, Faculty of Graphic Arts, University of Zagreb
Verified email at grf.hr
Title
Cited by
Cited by
Year
Monte Carlo modeling of light scattering in paper
D Modrić, S Bolanča, R Beuc
Journal of Imaging Science and Technology 53 (2), 20201-1-20201-8, 2009
312009
Determination of point-spread function of paper substrate based on light-scattering simulation
D Modrić, KP Maretić, A Hladnik
Applied optics 53 (33), 7854-7862, 2014
172014
Edge spread function for the paper-ink system
K Itrić, D Modrić, M Milković
Nordic pulp & paper research journal 33 (3), 542-547, 2018
122018
Raspršenje i transport svjetlosti u tiskovnim podlogama
D Modrić
Grafički fakultet, Zagreb, 2007
10*2007
Banknote characterization using the FTIR spectroscopy
K Itrić, D Modrić
Tehnički glasnik 11 (3), 83-88, 2017
82017
The impact of physical parameters on the perception of the moving elements in peripheral part of the screen
S Ivančić Valenko, V Cviljušac, S Zlatić, D Modrić
Tehnički vjesnik 26 (5), 1444-1450, 2019
72019
Computer generated holograms of 3D points cloud
V Cviljušac, A Divjak, D Modrić
Tehnički vjesnik 25 (4), 1020-1027, 2018
72018
Modeling light dispersion in the printing substrate within the Monte Carlo method
D Modrić, K Petric Maretić, M Milković
Tehnički vjesnik 19 (1), 77-81, 2012
72012
Utilizing standard high-resolution graphic computer-to-film process for computer-generated hologram printing
V Cviljušac, AL Brkić, A Divjak, D Modrić
Applied Optics 58 (34), G143-G148, 2019
62019
Application of gradient method for separately analyzing optical and mechanical dot gain of electrophotography prints
K Itrić, D Modrić, M Milković, A Divjak
Nordic pulp & paper research journal 34 (4), 534-539, 2019
62019
Spektrometrija standardnih boja na hrvatskim pomorskim kartama
T Jeličić, J Žiljak-Gršić, D Modrić
Polytechnic and design 7 (1), 33-40, 2019
62019
A novel method for determining the optical component of the paper substrate point spread function
K Itrić, D Modrić, A Hladnik
Optik 140, 555-564, 2017
62017
Some aspects of modelling of line screen element reflectance profile within the Monte Carlo method
K Hajdek, P Miljković, D Modrić
Tehnički vjesnik 21 (4), 779-788, 2014
62014
Comparison of colorimetric values of prints made with cyan ink on different polymer materials
KP Maretić, I Bates, D Modrić
Procedia Engineering 69, 1556-1561, 2014
62014
PAPER PHYSICS: Modeling spatial reflection from an uncoated printing paper using Monte Carlo simulation
D Modrić, KP Maretić, A Hladnik
Nordic pulp & paper research journal 27 (5), 968-975, 2012
62012
Usporedba spektroskopije boja na međunarodnim pomorskim kartama (u vidljivom i bliskom infracrvenom području elektromagnetskog spektra)
T Jeličić, J Žiljak-Gršić, D Modrić
Međunarodni znanstveni skup Tiskarstvo & dizajn 2019, 160-168, 2019
4*2019
Magenta and alternative red colour spectroscopy on nautical charts in the visible and near-infrared electromagnetic spectrum
T Jeličić, J Žiljak-Gršić, D Modrić
Acta graphica: znanstveni časopis za tiskarstvo i grafičke komunikacije 30 …, 2019
42019
AKAIKE INFORMATION CRITERION IN THE EDGE ANALYSIS OF THE SCREEN ELEMENT.
KP Maretić, M Milković, D Modrić
Tehnicki vjesnik/Technical Gazette 20 (3), 2013
42013
Priručnik za obradu podataka s riješenim problemima iz statistike i teorije vjerojatnosti
J Hižak, L Gotal Dmitrović, D Modrić
32018
Optical deterioration of coated wrapping paper
K Itrić, V Džimber-Malčić, D Modrić
Acta graphica: znanstveni časopis za tiskarstvo i grafičke komunikacije 26 …, 2015
32015
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