The effect of sea water flow on passivated stainless steel 304 coupled to high purity zinc was studied for more than 1000 hours at 23°C. The corrosion of both members of the couple increased over that of the metals alone. Zinc suffered severe pitting while the Stainless Steel was not visibly corroded, When the metals were exposed alone, zinc corroded uniformly while the stainless steel was not affected at all. The use of zinc coupled to Stainless Steel is not recommended in systems exposed to sea water
The corrosion behaviour of two copper-nickel alloys, namely Cu-30%Ni and Cu- 10%Ni, commercially pur...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
The effect of sea water flow on passivated stainless steel 304 coupled to high purity zinc was studi...
The corrosion resistance of electrolytic zinc-coating on mild steel in seawater was investigated. Mi...
This work represents an investigation of the corrosion behaviour of primarily high-grade alloys in m...
Corrosion characteristics of seven varieties of metals—zinc, brass C260, stainless steel 302, stainl...
Bibliography: pages 90-97.The new concept of hydropower has been found to be technically feasible in...
In marine environment, the corrosion rate of metallic structures vary remarkably with the change in...
Corrosion is no longer common in daily live, it is a natural process that cause severe failure probl...
The purpose of this work is to quantify the effects of dissolved zinc cations on corrosion and relea...
Investigations were carried out to assess the role of primer, pretreatments and coating microstructu...
This article is a continuation of Part 1 (October 2006 MP) on the USS Arizona hull. It discusses add...
In this paper the corrosion behavior of different materials has been evaluated based on exposure in ...
Abstract: Erosion-corrosion is one of the most common problems in process industries such as the min...
The corrosion behaviour of two copper-nickel alloys, namely Cu-30%Ni and Cu- 10%Ni, commercially pur...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
The effect of sea water flow on passivated stainless steel 304 coupled to high purity zinc was studi...
The corrosion resistance of electrolytic zinc-coating on mild steel in seawater was investigated. Mi...
This work represents an investigation of the corrosion behaviour of primarily high-grade alloys in m...
Corrosion characteristics of seven varieties of metals—zinc, brass C260, stainless steel 302, stainl...
Bibliography: pages 90-97.The new concept of hydropower has been found to be technically feasible in...
In marine environment, the corrosion rate of metallic structures vary remarkably with the change in...
Corrosion is no longer common in daily live, it is a natural process that cause severe failure probl...
The purpose of this work is to quantify the effects of dissolved zinc cations on corrosion and relea...
Investigations were carried out to assess the role of primer, pretreatments and coating microstructu...
This article is a continuation of Part 1 (October 2006 MP) on the USS Arizona hull. It discusses add...
In this paper the corrosion behavior of different materials has been evaluated based on exposure in ...
Abstract: Erosion-corrosion is one of the most common problems in process industries such as the min...
The corrosion behaviour of two copper-nickel alloys, namely Cu-30%Ni and Cu- 10%Ni, commercially pur...
Thesis (M.S.)--Massachusetts Institute of Technology, Dept. of Ocean Engineering, 1996.Includes bibl...
The purpose of this study was to evaluate the relationship between plating thickness and corrosion r...
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