首页> 外文会议>International Conference on Digital Printing Technologies: Final Program and Proceedings; 20050918-23; Baltimore,MD(US) >Correlation between Gas-resistance Testing Method and Image Deterioration in Indoor Displays: An Analysis of Phenomena Occurring in Mixed-gas Test with Ozone
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Correlation between Gas-resistance Testing Method and Image Deterioration in Indoor Displays: An Analysis of Phenomena Occurring in Mixed-gas Test with Ozone

机译:室内显示器的耐气性测试方法与图像劣化之间的相关性:臭氧混合气体测试中出现的现象分析

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摘要

Gas resistance is an important element in image permanence. We studied the effects of O_3, NO_2 and SO_2 exposure on several imaging materials, such as InkJet, silver halide and other printing materials and observed the fading of those imaging materials under actual indoor display conditions. We found that a correlation exists between image deterioration in the actual display and the accelerated gas exposure test and identified problems in the mixed-gas tests, including, for example, a rapid reaction between O_3 and NO_2 under accelerated conditions. We will discuss the effects of this reaction on the estimation of print life.
机译:耐气体性是图像持久性的重要因素。我们研究了O_3,NO_2和SO_2暴露对几种成像材料(如喷墨,卤化银和其他印刷材料)的影响,并在实际室内显示条件下观察了这些成像材料的褪色。我们发现,在实际显示和加速气体暴露测试中的图像劣化之间存在相关性,并且在混合气体测试中发现了问题,例如在加速条件下O_3与NO_2之间的快速反应。我们将讨论该反应对估计印刷寿命的影响。

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