Electrical resistance behavior during tensile loading of Al 2O3 fiber-nano RuO2-glass composites

Byung Koog Jang; Hideaki Matsubara

Electrical resistance behavior during tensile loading of Al ₂O₃ fiber-nano RuO₂-glass composites

Byung Koog Jang, Hideaki Matsubara

ENV - Environmental Studies for Advanced Society

Japan Fine Ceramics Center

Research output: Contribution to journal › Article › peer-review

Abstract

The conductive composites in which nano RuO₂ particles are dispersed throughout a glass matrix have been successfully fabricated by sintering at 850°C. The sensing properties of conductive composites were investigated in real time during tensile testing by measuring the electrical resistance. It is shown that the excellent sensing ability based on electrical resistance changes in the low strain range was due to deformation of conduction paths between nano RuO₂ particles by brittle fracture of the glass matrix. The change of electrical resistance depends strongly on the volume percent of Al₂O₃ fiber reinforcement.

Original language	English
Pages (from-to)	309-312
Number of pages	4
Journal	Key Engineering Materials
Volume	317-318
Publication status	Published - 2006

Keywords

AlO fiber
Electrical resistance change
Glass
Nano particle
RuO
Tensile loading

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title = "Electrical resistance behavior during tensile loading of Al 2O3 fiber-nano RuO2-glass composites",

abstract = "The conductive composites in which nano RuO2 particles are dispersed throughout a glass matrix have been successfully fabricated by sintering at 850°C. The sensing properties of conductive composites were investigated in real time during tensile testing by measuring the electrical resistance. It is shown that the excellent sensing ability based on electrical resistance changes in the low strain range was due to deformation of conduction paths between nano RuO2 particles by brittle fracture of the glass matrix. The change of electrical resistance depends strongly on the volume percent of Al2O3 fiber reinforcement.",

keywords = "AlO fiber, Electrical resistance change, Glass, Nano particle, RuO, Tensile loading",

author = "Jang, {Byung Koog} and Hideaki Matsubara",

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AU - Jang, Byung Koog

AU - Matsubara, Hideaki

PY - 2006

Y1 - 2006

N2 - The conductive composites in which nano RuO2 particles are dispersed throughout a glass matrix have been successfully fabricated by sintering at 850°C. The sensing properties of conductive composites were investigated in real time during tensile testing by measuring the electrical resistance. It is shown that the excellent sensing ability based on electrical resistance changes in the low strain range was due to deformation of conduction paths between nano RuO2 particles by brittle fracture of the glass matrix. The change of electrical resistance depends strongly on the volume percent of Al2O3 fiber reinforcement.

AB - The conductive composites in which nano RuO2 particles are dispersed throughout a glass matrix have been successfully fabricated by sintering at 850°C. The sensing properties of conductive composites were investigated in real time during tensile testing by measuring the electrical resistance. It is shown that the excellent sensing ability based on electrical resistance changes in the low strain range was due to deformation of conduction paths between nano RuO2 particles by brittle fracture of the glass matrix. The change of electrical resistance depends strongly on the volume percent of Al2O3 fiber reinforcement.

KW - AlO fiber

KW - Electrical resistance change

KW - Glass

KW - Nano particle

KW - RuO

KW - Tensile loading

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JO - Key Engineering Materials

JF - Key Engineering Materials

ER -

Electrical resistance behavior during tensile loading of Al ₂O₃ fiber-nano RuO₂-glass composites

Abstract

Keywords

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