Wavelength-Dependence of Exposure-Induced Fluorescent Fading

Shu Yan Zhao; Phil Green

doi:10.4028/www.scientific.net/AMR.174.337

Paper Titles

Testing and Research on Inking Properties of Offset Press
p.319

Performance Research and Structure Optimize on Printing Cylinder Based on Finite Element Contact Analysis
p.323

Use of SMA Surface Sizing Agent to Improve the Quality of Inkjet Printing
p.329

Preparation and Performance of Cationic Spherical Polyelectrolyte Brushes as Retention and Drainage Aid in Papermaking
p.333

Wavelength-Dependence of Exposure-Induced Fluorescent Fading
p.337

The Status and Progress of Waste Paper Deinking
p.341

A Study of Optical Brightening Agents (OBA) Correction Methods
p.346

Investigation into the Effect of Coating Thickness on Ink Penetration by LSCM
p.350

Study on the Ink Penetration Behavior of the Offset Paper Surface
p.354

HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 174Wavelength-Dependence of Exposure-Induced...

Wavelength-Dependence of Exposure-Induced Fluorescent Fading

Abstract:

Fluorescent whitening agents are widely used to increase the brightness and whiteness of printing paper. The fluorescence of these whitening agents is known to fall as a result of exposure to light, and the magnitude of the change has been documented in both accelerated fading tests and in exposure under more typical viewing conditions. In this study we exposed prints on optically brightened papers to narrow-band radiation at 350 nanometres, using a double monochromator. The change in spectral reflectance was found.

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Advanced Materials Research (Volume 174)

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337-340

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https://doi.org/10.4028/www.scientific.net/AMR.174.337

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December 2010

Authors:

Shu Yan Zhao, Phil Green

Keywords:

Fluorescent Fading

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