Formation of Layer on Bismate Frit Surface during Wet Milling

Myung-Lyoung Cha; Seong Jin Hwang; Hyung Sun Kim

doi:10.4028/www.scientific.net/MSF.510-511.582

Paper Titles

Sliding Wear Behaviors of Steam Generator Tubes in Various Environments
p.566

Fabrication of Lead Free Micro Solder Powder by Melts Dispersion Technique
p.570

Etching Mechanism of Pb-Free Glasses in Acid Solution for Barrier Ribs in Plasma Display Panel
p.574

Thermal Properties of Bi₂O₃-B₂O₃-ZnO Glass System
p.578

Formation of Layer on Bismate Frit Surface during Wet Milling
p.582

Development of Novel Wastewater Reclamation System Using Microfiltration with Advanced New Membrane Material and Electrodialysis
p.586

Changes in Adsorption Characterization of MSWI Fly Ash by NaOH Treatment ( Ⅰ )
p.590

Evaluation of Pelletized Adsorbent Made for Removing VOCs by MSWI Fly Ash ( Ⅱ )
p.594

The Effect of Meta Kaolines on the Activation of Waste Concrete Sludges
p.598

HomeMaterials Science ForumMaterials Science Forum Vols. 510-511Formation of Layer on Bismate Frit Surface during...

Formation of Layer on Bismate Frit Surface during Wet Milling

Abstract:

We investigated the mechanism of chemical reaction between Bi2O3 glass and water solution during milling. As a result, the frit condition affected discoloration with crystallization. After milling, there was a deposited layer on the frit surface. The layer was composed of leached ions, contaminates of metal oxides, and hydroxides. Bismate glass frit is reacted to the milling solution so that the frit surface is formed with a gel layer. In milling, contaminates contained in milling solution is contributed to the formation of deposed layer on frit surface.