“Influence of Si, Sb and Sr Additions on the Microstructure ...

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Chapter 4: Results <strong>and</strong> Discussion Figure 4.72: Photograph showing the macrostructure <strong>of</strong> corroded samples (a) AZ9l (b) AZ91+0.5% <strong>Si</strong> (c) AZ91+0.5% <strong>Sr</strong> (d) AZ91+0.5% <strong>Sb</strong> (e) AZ91+0.5% <strong>Si</strong>+0.2% <strong>Sb</strong> 168
Chapter 4: Results <strong>and</strong> Discussion Figure 4.73: SEM photograph <strong>of</strong> immersion tested AZ9l alloy (a) 2 h immersed surface showing pitting type corrosion in the a-Mg matrix (b) 100 h immersed surface showing unaffected massive <strong>and</strong> discontinuous Mg11Al1; precipitates Figure 4.74: SEM photograph <strong>of</strong> diflerent alloys immersion tested for l00h showing stable intermetallics (a) AZ9l+0.5% <strong>Si</strong> alloy (b) AZ9l+0.5%<strong>Sb</strong> alloy 169
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iié»a'5 INFLUENCE OF Si</
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DECLARATION I hereby declare that t
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_ _ Acknowledgements I am very much
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ABSTRACT _ Abstract The use <strong
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A Abstract The microstructure <stro
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_ _ 1 Abstract intermetallic are al
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2.7.2 Page No Zirconium Free Alloys
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Page No 3.4.4 Hardness ------------
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J 1 1 J N0 No LIST OF TABLES Table
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LIST OF FIGURES Figure . Page l N0.
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Page 219 and 220: References 278. P. Zhang, B. Watzin
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Page 223 and 224: Nat1on_al/International Conference
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