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Evolution of gases during solidification of 3% Si transformer steel

Moshkevich, E.I.

Theoretical and experimental data are presented to show that, in order to avoid rimming and to obtain sound 10-cm thick surface zone in large ingots of this steel, hydrogen in metal must not exceed 4.0-4.5 cc/100 g if nitrogen is 6-4 cc. (See also Stal n 1 Jan 1963 p 34-7)

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Evolution of gases during solidification of 3% Si transformer steel

Moshkevich, E.I.

Theoretical and experimental data are presented to show that, in order to avoid rimming and to obtain sound 10-cm thick surface zone in large ingots of this steel, hydrogen in metal must not exceed 4.0-4.5 cc/100 g if nitrogen is 6-4 cc. (See also Stal n 1 Jan 1963 p 34-7)

Evolution of gases during solidification of 3% Si transformer steel

Moshkevich, E.I.

Theoretical and experimental data are presented to show that, in order to avoid rimming and to obtain sound 10-cm thick surface zone in large ingots of this steel, hydrogen in metal must not exceed 4.0-4.5 cc/100 g if nitrogen is 6-4 cc. (See also Stal n 1 Jan 1963 p 34-7)

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Title:

Evolution of gases during solidification of 3% Si transformer steel

Additional title:

Likvatsiya gazov pri kristallizatsii nizkouglerodistoi kremnistoi stali

Contributors:

Moshkevich, E.I. (author)

Published in:

Stal in English

Publication date:

1963

Size:

3 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

Electric transformers

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

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