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Technical science and innovation

Abstract

In the article is discussed the optimization of color perception process of printed products by the method of steep climbing in Box-Wilson. There are presented results of experiment planning and statistical modeling of the process of color perception with the offset printing method on paper, including synthetic polymers. It is presented a mathematical model of the color perception by the Box-Wilson steep ascent method, it is achieved the optimum range for the response function in the form of the paint layer thickness depending on the pressing force (pressure), the pressing process speed and paper smoothness. As a result, on the basis of the obtained color perception model, optimal parameters were established, which allow to hold objective assessment and prediction of the color perception of the printed materials. The results of the study are the basis for the rational determination of the compositional composition of the experimental paper in its design and development of both paper and printing products.

First Page

37

Last Page

44

References

1. «Offset Print Analysis with Mathematical Regression Model». Nandakumar M., Bose N. Arasan Ganesan Polytechnic College, Sivakasi, India. Acta Graphica Vol 27, No 2 (2016); 15-20. 2. Eshbaeva U.J. Djalilov A.A. Rafikov A.S. Paper with introduction of waste of polyacrylonitrile fiber // European science review. Vienna № 7–8 2018. July–August. 3. Eshbaeva U.J. Ofsetnaya bumaga s vvedeniem sinteticheskix polimerov i yeyo pechatno-texnicheskie svoystva: Diss. na sois. uch. step. dok. tex. nauk. − Tashkent. TITLP. 2017. −234 s. 4. Varepo L.G. Model' absolyutnogo kachestva pechatnogo ottiska.// Fundamental'nie issledovaniya. –Moskva, 2007. - №12- Ch.2. - S. 365−366. 5. Shaxkeldyan B. N. Poligraficheskie materiali. −M.: Kniga, 1988 −328 s. 6. Starchenko O.P., Kulak M.I., Medyak D.M. Zakonomernosti vliyaniya davleniya pechatnogo kontakta na izmenenie razmera rastrovix tochek // Izvestiya NAN Belarusi. − Belarus', 2007. − №1. − S.61 – 67. 7. Starchenko O.P., Kulak M.I. Perkolyasiya tipografskoy kraski v poristoy strukture bumagi // Sb. nauch. tr. Belorus. nas. texn. un-t. Vip. 19: Teoreticheskaya i prikladnaya mexanika. − Minsk, 2005. - S.192–197 8. Blokxius G. Vliyanie na kachestvo ottiska razlichnix urovney opticheskoy plotnosti pri chetirexkrasochnoy ofsetnoy pechati. // Sb. Sovremennaya poligrafiya za rubejom. Ofsetnaya pechat. – M.: 1983. − №.1. − S.133-144 9. Spiridonov A.A. Planirovanie eksperimenta pri issledovanii texnologicheskix prosessov. –Moskva. Mashinostroenie, 1981. -184 s. 10. Klimova Ye.D., Kravchina N.A., Sretenseva T.E. Pechatnie kraski. Laboratornie raboti. −Moskva, IPK MGUP, 2004. −120 s.

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