Festigkeitssteigerung keramischer baustoffe durch elektro-physikalische aktivierung

Translated title of the contribution: Increasing strength of ceramic building materials using the electro-physical activation method

S. N. Sokolova, V. N. Safronov, V. I. Vereshagin

The Kizhner Research Center

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

2 Citations (Scopus)

Abstract

Test samples of cylindrical shape (Ø=15 mm, h=15 mm) produced using dry pressing and consisting of different clay, sand and glass granulate mixtures were activated using the electric field of a corona discharge and subsequently fired at different temperatures (700-900°C). Depending on the strength of the activating electric field, the duration of the activation process and the firing temperature a substantial increase in the mechanical strength with respect to the non-activated reference samples was observed.

Translated title of the contribution	Increasing strength of ceramic building materials using the electro-physical activation method
Original language	German
Pages (from-to)	20-22+24+26
Journal	Keramische Zeitschrift
Volume	54
Issue number	1
Publication status	Published - Jan 2002

ASJC Scopus subject areas

Ceramics and Composites

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Cite this

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title = "Festigkeitssteigerung keramischer baustoffe durch elektro-physikalische aktivierung",

abstract = "Test samples of cylindrical shape ({\O}=15 mm, h=15 mm) produced using dry pressing and consisting of different clay, sand and glass granulate mixtures were activated using the electric field of a corona discharge and subsequently fired at different temperatures (700-900°C). Depending on the strength of the activating electric field, the duration of the activation process and the firing temperature a substantial increase in the mechanical strength with respect to the non-activated reference samples was observed.",

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year = "2002",

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AU - Vereshagin, V. I.

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N2 - Test samples of cylindrical shape (Ø=15 mm, h=15 mm) produced using dry pressing and consisting of different clay, sand and glass granulate mixtures were activated using the electric field of a corona discharge and subsequently fired at different temperatures (700-900°C). Depending on the strength of the activating electric field, the duration of the activation process and the firing temperature a substantial increase in the mechanical strength with respect to the non-activated reference samples was observed.

AB - Test samples of cylindrical shape (Ø=15 mm, h=15 mm) produced using dry pressing and consisting of different clay, sand and glass granulate mixtures were activated using the electric field of a corona discharge and subsequently fired at different temperatures (700-900°C). Depending on the strength of the activating electric field, the duration of the activation process and the firing temperature a substantial increase in the mechanical strength with respect to the non-activated reference samples was observed.

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