Carbon damping in manganese alloyed ferrite

Lagerberg, G.

doi:10.1016/0001-6160(59)90124-5

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Relation Between Snoek Peak Height and N And C Contents1

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1961

1991

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Cited by 16 publications

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“…(3) a C-enriched region is formed at the grain boundary before quenching and this becomes a nonferrite phase after quenching. Purity is also known to have a great influence on this relation, but only a study of the effect of Mn has been reported by Lagerberg (11). When this is considered together with the authors' data, it can be validated that impurities will lower the Snoek peak height.…”

Section: Relation Between Snoek Peak Height and N And C Contentsmentioning

confidence: 92%

On the Quantitative Measurement of Interstitially Dissolved N and C in Commercial Steel by the Internal Friction Method

1963

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It has been proved that the interstitially dissoled amounts of N and C can be quantitatively measured from the Snoek peak height by using the transverse vibration method at about 600c/s. The proportional coefficient between the dissolved amounts of N or C and the Snoek peak height is influenced by grain size and impurities, but the following relations, temperature of N or C and (Q-1)max is the Snoek peak height. It has also been ascertained that the Snoek peak height is inversely propotional to the peak temperature between a hundred and several thousand c/s as predicted theoretically.

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Section: Relation Between Snoek Peak Height and N And C Contentsmentioning

confidence: 92%