Hydroxyl-concentration distribution near the binding interface formed by heating contacted flat silica glass surfaces at high temperature

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概要

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• The hydroxyl-concentration distributions near the binding interface formed by heating contacted flat surfaces of various kinds of silica glasses at 1150℃ were measured. The hydroxyl contents near the binding interface formed by the silica glass plates containing 1150wt. ppm OH decreased, while those of the OH-free silica increased. As for a silica glass with ≈200wt. ppm OH, the change in the hydroxyl content near the binding interface was within the variation of the hydroxyl content, ±≈20wt. ppm.

• 社団法人日本セラミックス協会の論文
• 2009-02-01

著者

• KUZUU Nobu

  Department of Applied Physics, University of Fukui

• Kuzuu Nobu

  Dep. Of Applied Physics Univ. Of Fukui

• Kuzuu Nobu

  Department Of Applied Physics Fukui University

• Tanaka Mitsuya

  Center For Computing And Network Services University Of Fukui

• Horikoshi Hideharu

  Tosoh Sgm Corporation

• OKAZAKI Akihide

  Department of Applied Physics, University of Fukui

• SEKI Tomoya

  Department of Applied Physics, University of Fukui

• Seki Tomoya

  Department Of Applied Physics University Of Fukui

• Okazaki Akihide

  Department Of Applied Physics University Of Fukui

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• Constitutive Equation for Nematic Liquid Crystals under Weak Velocity Gradiend from a Molecular Kinetic Equation.II. : Leslie Coefficients for Rodlike Polymers
• Molecular Dynamics Study of Compressibility of Vitreous Silica
• KrF-Excimer-Laser Induced Absorption in Synthetic Fused Silica
• Properties of Silica Glass: Effect of Terminal Structures and Granular Structure
• Constitutive Equation for Nematic Liquid Crystals under Weak Velocity Gradient Derived from a Molecular Kinetic Equation
• Hydroxyl-concentration distribution near the binding interface formed by heating contacted flat silica glass surfaces at high temperature
• Molecular Dynamic Study on Structure of Interface Formed by Binding Flat Amorphous Silica Surfaces at High Temperatures
• Molecular Dynamics Study of Compressibility of Vitreous Silica
• Molecular Dynamics Study of Fictive Temperature Dependence of Density of Vitreous Silica

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