Energy characteristics of a newly formed and hydrogenated metal surface in a corrosive medium

We determine the strength of contacting steel specimens in a corrosive medium using the modified chemical potentials Phi of the conduction electrons. The potentials are related to integral physical quantities that characterize the hydrogen content in the surface layers of the plates and are evaluate...

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Published in:	Materials science (New York, N.Y.) Vol. 34; no. 2; pp. 180 - 185
Main Authors:	Soprunyuk, P. M., Yuzevych, V. M.
Format:	Journal Article
Language:	English
Published:	01-03-1998
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Abstract	We determine the strength of contacting steel specimens in a corrosive medium using the modified chemical potentials Phi of the conduction electrons. The potentials are related to integral physical quantities that characterize the hydrogen content in the surface layers of the plates and are evaluated by an experimental procedure based on measurement of the surface tension and energy. A new strength criterion invovling the potentials Phi is constructed.
AbstractList	We determine the strength of contacting steel specimens in a corrosive medium using the modified chemical potentials Phi of the conduction electrons. The potentials are related to integral physical quantities that characterize the hydrogen content in the surface layers of the plates and are evaluated by an experimental procedure based on measurement of the surface tension and energy. A new strength criterion invovling the potentials Phi is constructed.
Author	Soprunyuk, P. M. Yuzevych, V. M.
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Cites_doi	10.1016/0039-6028(76)90344-7 10.3367/UFNr.0128.197905c.0069
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References	P. M. Soprunyuk (BF02355533_CR4) 1997; 33 R. G. Linford (BF02355533_CR10) 1973; 2 N. I. Karyakin (BF02355533_CR11) 1969 M. B. Partenskii (BF02355533_CR6) 1979; 128 V. B. Kleshnya (BF02355533_CR13) 1994; 30 C. Kittel (BF02355533_CR8) 1978 C. W. Price (BF02355533_CR9) 1976; 57 Ya. I. Burak (BF02355533_CR5) 1978 V. N. Yuzevych (BF02355533_CR3) 1986; 22 BF02355533_CR1 (BF02355533_CR7) 1972 I. I. Dykyi (BF02355533_CR2) 1994; 30 A. W. Adamson (BF02355533_CR12) 1979
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