Abstract
The capacitance and voltage (C-V) characteristics of metal, oxide, and silicon (MOS) capacitors passivated by ZnF 2PbF 2SiO 2B 2O 3GeO 2 glasses with various water and fluoride contents were investigated. As the OH absorption coefficients of the glass increased, adverse effects on the recovery of hysteresis loops of the C-V curve shifts were observed. The water content was closely related to the fluoride content in these glasses. The viscous flow point of the glass was lowered with an increasing degree of ionic character obtained from Hannay 's equation.
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