Environmental mud adhesion on optical glass surface: Effect of mud drying temperature on surface properties

摘要: Abstract Mud formation in humid air ambient from dust particles on the glass surfaces is investigated. drying temperature and characteristics of mud liquid created at interface between wet surface are examined. Effects dried layer assessed using analytical tools including scanning electron atomic force microscopes, energy dispersive spectroscopy, X-ray diffraction, Fourier-transform infrared spectroscopy. Dry adhesion evaluated incorporating micro-tribometer UV visible transmittance tests carried out to determine optical properties substrate after dry removal. It found that has significant effect chemistry topology; which case, increasing increases OH − KOH attack while forming cavities-like structures randomly distributed few micro-cracks. The tangential required for removal with temperature. Transmittance spectrum suppressed by residues surface, more pronounced high temperatures.