Effect of Frit Content in Ag Paste and Thickness of Transparent Dielectric on Yellowing Phenomenon

Jae Sam Jeon; Myung-Ryoung Cha; Nam-Sok Kim; Hyung Sun Kim

doi:10.4028/www.scientific.net/MSF.510-511.506

Paper Titles

Effect of Slag Layer on Flow Patterns in a Gas Stirred Ladle
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Effect of Melt Depth and Nozzle Type on the Mixing Behavior in Bottom-Blown Steelmaking Ladle – A Water Model Approach
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The Effect of Cold Equal Channel Angular Process on Texture of Magnesium Alloy (AZ31)
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Kinetic Analysis of the Decomposition of Calcium Carbonate Using Danyang Limestone
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Effect of Frit Content in Ag Paste and Thickness of Transparent Dielectric on Yellowing Phenomenon
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Effect of Thermo-Mechanical Variables on the Dynamic Ferrite Transformation Induced by Hot Deformation in 0.22C-Mn Steel
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Formation of Ultra Fine Ferrite and Determination of Critical Strain in the Strain Induced Dynamic Transformation for 0.22C-Mn Steel
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Prediction of Flow Curves and Micro-Structural Evolution in Strain Induced Dynamic Transformation of Low Carbon Steel
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Textures and Mechanical Properties of Melt-Extruded Al-Cu Alloys
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HomeMaterials Science ForumMaterials Science Forum Vols. 510-511Effect of Frit Content in Ag Paste and Thickness...

Effect of Frit Content in Ag Paste and Thickness of Transparent Dielectric on Yellowing Phenomenon

Abstract:

To determine the causes of the yellowing phenomenon on transparent dielectrics, we investigated a bus electrode and transparent dielectric, varying the amounts of frit content in the Ag paste and experimenting with the thickness of the dielectric. It was found that increasing the frit content in the Ag paste coating caused the transparent dielectric to experience greater discoloration, so that it gradually turned a deep yellow, which suggests that oxygen in the air is a factor causing discoloration of the transparent dielectric during firing.