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首页> 外文会议>International Conference on Digital Printing Technologies: Final Program and Proceedings; 20050918-23; Baltimore,MD(US) >A Closer Look at the Effects of Temperature and Humidity on InkJet Photographic Prints
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A Closer Look at the Effects of Temperature and Humidity on InkJet Photographic Prints

机译：仔细研究温度和湿度对喷墨照片打印的影响

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摘要

Previous attempts to measure the thermal dark fade of InkJet prints by the Arrhenius method have been confounded by dye migration. When tests are carried out at a constant, absolute humidity equivalent to 50% relative humidity (RH) at 24℃ (constant 13℃ dew point), temperatures as high as 75℃ can be utilized for many ink-media combinations without encountering significant dye migration. Concerns have been raised that these conditions might result in much lower levels of residual moisture in the image-bearing layers, and this in turn might affect the observed rates of density loss and/or yellow stain formation. In this paper, we compare the results for Arrhenius studies of InkJet photographic papers and inks that have been run under both constant 13℃ dew point and constant 50% RH conditions. We also explore the interrelationship between temperature, dew point, and relative humidity over narrower ranges that might be found in an indoor home environment.
机译：先前通过Arrhenius方法测量喷墨打印件的热暗褪色的尝试已被染料迁移所混淆。当在24℃（恒定13℃露点）的恒定绝对湿度等于50％相对湿度（RH）的条件下进行测试时，高达75℃的温度可用于许多油墨-介质组合，而不会遇到明显的染料移民。人们担心这些条件可能导致图像承载层中残留水分的水平大大降低，这反过来又可能影响观察到的密度损失和/或黄斑形成的速率。在本文中，我们比较了在恒定13℃露点和恒定50％RH条件下运行的喷墨相纸和油墨的Arrhenius研究结果。我们还探讨了在室内居家环境中可能发现的较窄范围内温度，露点和相对湿度之间的相互关系。

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