Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater
The corrosion behavior of 8.6 Al-Cu alloy was investigated in 4 different conditions of South China Seawater. The weight loss curve of alloy increases with time during the initial exposure period, due to dissolution of deposit. The films formed were thick, porous and adhered on the surface of the al...
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my.unimap-61772009-06-19T09:25:59Z Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater Mohammed Misbahul, Amin Seoh Soo Yee W. B., Wan Nik 8.6 A1-Cu alloy South China Seawater Scale morphologies Alloys Oxidation Marine corrosion Corrosion The corrosion behavior of 8.6 Al-Cu alloy was investigated in 4 different conditions of South China Seawater. The weight loss curve of alloy increases with time during the initial exposure period, due to dissolution of deposit. The films formed were thick, porous and adhered on the surface of the alloy. The seawater species have deleterious effect on the protectively of the surface and rapid degradation of the alloy is noted. The morphologies of deposits on the surface of alloy were determined by using polarized microscope. 2009-06-19T09:25:58Z 2009-06-19T09:25:58Z 2005 Article 0972-768X http://hdl.handle.net/123456789/6177 en Sadguru Publications Faculty of Science and Technology, University College of Science and Technology Malaysia |
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8.6 A1-Cu alloy South China Seawater Scale morphologies Alloys Oxidation Marine corrosion Corrosion |
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8.6 A1-Cu alloy South China Seawater Scale morphologies Alloys Oxidation Marine corrosion Corrosion Mohammed Misbahul, Amin Seoh Soo Yee W. B., Wan Nik Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater |
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The corrosion behavior of 8.6 Al-Cu alloy was investigated in 4 different conditions of South China Seawater. The weight loss curve of alloy increases with time during the initial exposure period, due to dissolution of deposit. The films formed were thick, porous and adhered on the surface of the alloy. The seawater species have deleterious effect on the protectively of the surface and rapid degradation of the alloy is noted. The morphologies of deposits on the surface of alloy were determined by using polarized microscope. |
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Article |
author |
Mohammed Misbahul, Amin Seoh Soo Yee W. B., Wan Nik |
author_facet |
Mohammed Misbahul, Amin Seoh Soo Yee W. B., Wan Nik |
author_sort |
Mohammed Misbahul, Amin |
title |
Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater |
title_short |
Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater |
title_full |
Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater |
title_fullStr |
Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater |
title_full_unstemmed |
Oxidation behaviour of 8.6 Al-Cu alloy in South China Seawater |
title_sort |
oxidation behaviour of 8.6 al-cu alloy in south china seawater |
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Sadguru Publications |
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2009 |
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http://dspace.unimap.edu.my/xmlui/handle/123456789/6177 |
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1643788465138040832 |
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13.235362 |