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자외선조사를 통한 사진이미지의 내구성 분석

Analyzing for the UV Lightfastness of Photographic Images

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초록

Photographs are discolored by the time. Faded photos are not good for viewing, and they also decline in commercial value. Conventional color photographs showed discoloration in a short time. So the art photograph was not expensive art. Therefore art photographs have a higher proportion of black and white photographs than color photographs. Now, however, most photographic works are printed with durable pigments. Even the manufacturer advertises the 200 years as lifetime of the photograph. In this study, we investigated whether the lifespan of a color photograph, which was thought to be short in the life of the photograph, was actually extended due to the use of pigment ink. Especially, the durability of paintings and photographs are compared. Compared with pigment ink used in photography with oil painting inks and acrylic inks used in arts. The results of the study show that the photographic prints used pigment ink have the same durability as the oil painting. In addition, the degree of discoloration is very low for images protected with acrylic or glass. Now, photographs can be viewed as a genre that can be enjoyed for a long time while maintaining the image quality as oil paintings.

Abstract

Photographs are discolored by the time. Faded photos are not good for viewing, and they also decline in commercial value. Conventional color photographs showed discoloration in a short time. So the art photograph was not expensive art. Therefore art photographs have a higher proportion of black and white photographs than color photographs. Now, however, most photographic works are printed with durable pigments. Even the manufacturer advertises the 200 years as lifetime of the photograph. In this study, we investigated whether the lifespan of a color photograph, which was thought to be short in the life of the photograph, was actually extended due to the use of pigment ink. Especially, the durability of paintings and photographs are compared. Compared with pigment ink used in photography with oil painting inks and acrylic inks used in arts. The results of the study show that the photographic prints used pigment ink have the same durability as the oil painting. In addition, the degree of discoloration is very low for images protected with acrylic or glass. Now, photographs can be viewed as a genre that can be enjoyed for a long time while maintaining the image quality as oil paintings.

참고문헌 (14)

  1. 김훈, "조명에 의한 박물관 전시물의 변색 측정에 관한 연구", 조명전기설비, 10(5), pp.43~51 (1996), 한국조명전기설비학회,한국과학기술정보연구원
  2. 김홍범, "전시물의 변색 예측을 이용한 박물관 조명기준의 작성", 조명전기설비, 10(6) (1996), 한국조명전기설비학회,한국과학기술정보연구원
  3. 남천우, "석판화 잉크의 변색 연구-자외선에 의한 석판화잉크의 변색에 관한연구-", 예술과 미디어, 12(4), pp.103~128 (2013), 예술과미디어학회
  4. Ford, B.L, "Lighting Guidelines and the Lightfastness of Australian Indigenous Objects at the National Museum of Australia, Ethnographic collections", ICOM Committee for Conservation, ICOM-CC, 16th Triennial Conference (2011)
  5. Henry Wilhelm, "A Review of Accelerated Test Methods for Predicting the Image Life of Digitally-Printed Photographs", International Conference on Digital Printing Technologies (2004), Wilhelm Imaging Research, Inc
  6. Wilhelm Imaging Research, "Fade resistance of select HP photo printing systems: HP Premium Plus Photo Paper and HP Advanced Photo Paper" (2015), Hewlett-Packard Company
  7. I.P.I(lmage Permanence Institute), "A Consumer Guide to Understanding Permanence" (2009), Rochester Institute of Technology
  8. John Lind, "Fade Resistance of Lithographic Inks: New Path Forward—Part 1. GATFWorld. National Institute for Occupational Safety and Health", National Personal Protective Technology Laboratory, and Q-Panel Lab, 2004
  9. Q-lab, "Fade Resistance Test Results and Analysis, An independent Technical Evaluation of Digital Printing Technologies" (2008), The Association of Graphic Solutions Providers
  10. SthefanyAline Dutra F. Silva, "Analise comparativa do nivel de protecao dos materials a Radiacao Ultravioleta", ~ (2016)
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