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Dielectric strength of porcelain: Influence of firing temperature

Monack, A.J. / Shardlow, L.R. / Wamsley, D.H.

Paper completes work previously reported by MONACK and SHARDLOW (see Engineering Index 1931 p 452); additional puncture voltages in kv per 1/4-in. thickness were cone 13,60; cone 14, 69.5; cone 15, 67; puncture voltage increased gradually between cones 9 and 15; other conditions remaining identical, it was shown that most uniform body resulted when fired to cone 9.

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Dielectric strength of porcelain: Influence of firing temperature

Monack, A.J. / Shardlow, L.R. / Wamsley, D.H.

Paper completes work previously reported by MONACK and SHARDLOW (see Engineering Index 1931 p 452); additional puncture voltages in kv per 1/4-in. thickness were cone 13,60; cone 14, 69.5; cone 15, 67; puncture voltage increased gradually between cones 9 and 15; other conditions remaining identical, it was shown that most uniform body resulted when fired to cone 9.

Dielectric strength of porcelain: Influence of firing temperature

Monack, A.J. / Shardlow, L.R. / Wamsley, D.H.

Paper completes work previously reported by MONACK and SHARDLOW (see Engineering Index 1931 p 452); additional puncture voltages in kv per 1/4-in. thickness were cone 13,60; cone 14, 69.5; cone 15, 67; puncture voltage increased gradually between cones 9 and 15; other conditions remaining identical, it was shown that most uniform body resulted when fired to cone 9.

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Title:

Dielectric strength of porcelain: Influence of firing temperature

Additional title:

Am Ceramic Soc -- J

Contributors:

Monack, A.J. (author) / Shardlow, L.R. (author) / Wamsley, D.H. (author)

Published in:

American Ceramic Society -- Journal ; 15

Publication date:

1932

Size:

4 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Electric insulating materials

© Metadata Copyright Elsevier B. V. All rights reserved.

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