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Optical reflection spectroscopy of thick corrosion layers on 304 stainless steel

Corrosion resistant structural materials of both iron and nickel based alloys are used in the electric power industry for the construction of the coolant loops of both conventional and nuclear power generating stations. These materials, in the presence of high temperature (e.g. 287?C), high pH (e.g.

出版机构:Elsevier Science

刊物名称:Corrosion Science

出版时间:2007

ISSN:0010-938X

数据源:报刊文摘

Preparation and oxidation resistance of a crack-free Al diffusion coating on Ti22Al26Nb

k-free Al diffusion coating has been developed to improve the oxidation resistance of Ti22Al26Nb. It was produced by a two-step method; an Al film was deposited on the substrate alloy by arc ion plating followed by a diffusion process conducted at 873K in pure Ar to form the Al diffusion coating.

出版机构:Elsevier Science

刊物名称:Corrosion Science

出版时间:2007

ISSN:0010-938X

数据源:报刊文摘

Analysis on liquid metal corrosion–oxidation interactions

The interaction between growing surface oxides and flowing liquid metals is of importance in many high temperature applications such as coolant systems using liquid lead or lead bismuth eutectic (LBE) in advanced nuclear energy systems.

出版机构:Elsevier Science

刊物名称:Corrosion Science

出版时间:2007

ISSN:0010-938X

数据源:报刊文摘

Hot corrosion behaviour of Ni3Al in sulphate–chloride mixtures in the atmosphere

Hot corrosion of Ni3Al intermetallic compound in the presence of sulphate?chloride mixtures was studied. A comminuted Ni3Al mixed with NaCl?Na2SO4, NaCl?Li2SO4, LiCl?Na2SO4, LiCl?Li2SO4 additions was oxidized in the air up to 1000?

出版机构:Elsevier Science

刊物名称:Corrosion Science

出版时间:2007

ISSN:0010-938X

数据源:报刊文摘

Cyclic oxidation behaviour of electrodeposited Ni3Al–CeO2 base coatings at 1050°C

This paper presents the cyclic oxidation behaviour of electrodeposited pure, nano CeO2 (9?15nm)- and micron CeO2 (5?m)-modified Ni3Al coatings on Fe?Ni?Cr substrate at 1050?C for periods up to 500h. The pure Ni3Al coating had a marginal resistance to cyclic oxidation at 1050?

出版机构:Elsevier Science

刊物名称:Corrosion Science

出版时间:2007

ISSN:0010-938X

数据源:报刊文摘

Investigation of the HCl (g) attack on pre-oxidized pure Fe, Cr, Ni and commercial 304 steel at 400°C

The paper presents the results from an investigation studying the ability of pre-oxidized metals and alloys to withstand chlorine attack in the form of gaseous HCl. The materials under investigation were pure Fe (s), Cr (s), Ni (s), and a commercial 18Cr?10Ni?Fe (304) alloy.

出版机构:Elsevier Science

刊物名称:Corrosion Science

出版时间:2007

ISSN:0010-938X

数据源:报刊文摘

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