A határfelületeken összekapcsolódó két-és többfémes rendszerek kialakulásának mechanizmusáról

Research output: Article

1 Citation (Scopus)

Abstract

Two- and poly-metallic systems combining on boundary surfaces play a significant role in machine engineering, metal catalysis, metal corrosion, electroplating, hot-dip galvanizing and metallization industry. The article summarizes those industrial processes which manufacture two- and poly-metallic systems combining on boundary surfaces. In these technological processes the main reaction mechanism is the metal adsorption onto other metal surfaces. The first reaction step is taking the metal into the domain of atomic binding force at the surface of the other metal. We are classifying the industrial processes on the basis of this reaction step. The second step is the formation of adsorption binding between the two metals which provides strong adhesion. The third step - especially on high temperature - is the absorption mechanism (alloy generation, interdiffusion). Realization and scientific exploration of metal adsorption is the result of the latest decades so this reaction step is partially or totally missing from the older technological descriptions and it is explained with adhesion or interdiffusion.

Original languageHungarian
Pages (from-to)118-123
Number of pages6
JournalKorrozios Figyelo
Volume44
Issue number4
Publication statusPublished - 2004

Fingerprint

Metals
Adsorption
Adhesion
Galvanizing
Electroplating
Metallizing
Catalysis
Corrosion
Industry
Temperature

ASJC Scopus subject areas

  • Engineering(all)

Cite this

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title = "A hat{\'a}rfel{\"u}leteken {\"o}sszekapcsol{\'o}d{\'o} k{\'e}t-{\'e}s t{\"o}bbf{\'e}mes rendszerek kialakul{\'a}s{\'a}nak mechanizmus{\'a}r{\'o}l",
abstract = "Two- and poly-metallic systems combining on boundary surfaces play a significant role in machine engineering, metal catalysis, metal corrosion, electroplating, hot-dip galvanizing and metallization industry. The article summarizes those industrial processes which manufacture two- and poly-metallic systems combining on boundary surfaces. In these technological processes the main reaction mechanism is the metal adsorption onto other metal surfaces. The first reaction step is taking the metal into the domain of atomic binding force at the surface of the other metal. We are classifying the industrial processes on the basis of this reaction step. The second step is the formation of adsorption binding between the two metals which provides strong adhesion. The third step - especially on high temperature - is the absorption mechanism (alloy generation, interdiffusion). Realization and scientific exploration of metal adsorption is the result of the latest decades so this reaction step is partially or totally missing from the older technological descriptions and it is explained with adhesion or interdiffusion.",
author = "S. Szab{\'o} and I. Bakos",
year = "2004",
language = "Hungarian",
volume = "44",
pages = "118--123",
journal = "Korrozios Figyelo",
issn = "0133-2546",
publisher = "VEKOR Ltd",
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}

TY - JOUR

T1 - A határfelületeken összekapcsolódó két-és többfémes rendszerek kialakulásának mechanizmusáról

AU - Szabó, S.

AU - Bakos, I.

PY - 2004

Y1 - 2004

N2 - Two- and poly-metallic systems combining on boundary surfaces play a significant role in machine engineering, metal catalysis, metal corrosion, electroplating, hot-dip galvanizing and metallization industry. The article summarizes those industrial processes which manufacture two- and poly-metallic systems combining on boundary surfaces. In these technological processes the main reaction mechanism is the metal adsorption onto other metal surfaces. The first reaction step is taking the metal into the domain of atomic binding force at the surface of the other metal. We are classifying the industrial processes on the basis of this reaction step. The second step is the formation of adsorption binding between the two metals which provides strong adhesion. The third step - especially on high temperature - is the absorption mechanism (alloy generation, interdiffusion). Realization and scientific exploration of metal adsorption is the result of the latest decades so this reaction step is partially or totally missing from the older technological descriptions and it is explained with adhesion or interdiffusion.

AB - Two- and poly-metallic systems combining on boundary surfaces play a significant role in machine engineering, metal catalysis, metal corrosion, electroplating, hot-dip galvanizing and metallization industry. The article summarizes those industrial processes which manufacture two- and poly-metallic systems combining on boundary surfaces. In these technological processes the main reaction mechanism is the metal adsorption onto other metal surfaces. The first reaction step is taking the metal into the domain of atomic binding force at the surface of the other metal. We are classifying the industrial processes on the basis of this reaction step. The second step is the formation of adsorption binding between the two metals which provides strong adhesion. The third step - especially on high temperature - is the absorption mechanism (alloy generation, interdiffusion). Realization and scientific exploration of metal adsorption is the result of the latest decades so this reaction step is partially or totally missing from the older technological descriptions and it is explained with adhesion or interdiffusion.

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