Reciklacija otisaka dobivenih indirektnom elektrofotografijom s tekućim tonerom

Grgasović, Ante (2010) Reciklacija otisaka dobivenih indirektnom elektrofotografijom s tekućim tonerom. Diploma work - Pre-Bologna programme. Grafički fakultet. [Mentor: Bolanča, Zdenka].

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Abstract

U radu se prikazuju rezultati istraživanja kako koncentracija tekućeg tonera (ElectroInka) u indirektnom elektrofotografskom tisku utječe na efikasnost recikliranja otisaka. Diskutira se mehanizam procesa deinkinga u odnosu na karakteristike podloga korištenih u tisku. U znanstvenom pogledu rad je doprinos pojašnjenju mehanizma deinkinga otisaka u odnosu na koncentraciju tekućeg tonera u kombinaciji s premazanom i nepremazanom tiskovnom podlogom. Utvrđen je gotovo linearni odnos koncentracije ElectroInka i broja čestica, te veličine površine koju oni zauzimaju na laboratorijskom listu načinjenom od vlakanaca nakon recikliranja otiska otisnutih na nepremazanom papiru. Takav odnos nije utvrđen kada se radi o premazanoj tiskovnoj podlozi.

Item Type:	Diploma work - Pre-Bologna programme
Mentor name:	Bolanča, Zdenka
Defence date:	30 November 2010
Abstract in english:	This paper displays research results on how the concentration of liquid toner (ElectroInk) in indirect electrographic printing, affects the efficiency of recycling prints. Mechanism of deinking process in relation to the characteristics of substrates used in printing is being discussed. Scientificaly, this paper is a contribution to the clarification of the deinking mechanism compared to the concentration of liquid toner in combination with coated and uncoated printing substrate. There was a nearly linear relationship between concentration of ElectroInk and the number of particles, and the same is with the size of area that they occupy on the laboratory sheet made of fibers after recycling prints on uncoated paper. Such a relationship was not found when it comes to coated printing substrate.
Uncontrolled Keywords:	elektrofotografski tisak, tekući toner, recikliranje, slikovna analiza, svjetlina
Keywords in english:	electrophotographic printing, liquid toner, recycling, image analysis, brightness
Subjects:	TECHNICAL SCIENCES > Graphic Technology
Institution:	Grafički fakultet
City:	Zagreb
Number of Pages:	47
Callnumber:	bolz 2010 grg
Inventory number:	D867
Status:	Unpublished
Date Deposited:	15 Nov 2013 21:43
Last Modified:	06 May 2014 08:44
URI:	http://eprints.grf.unizg.hr/id/eprint/1197

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