- 04:34, 29 November 2008 Difference History -640 Molecular beam epitaxy
- 15:54, 28 November 2008 Difference History +52 Molecular beam epitaxy
- 15:52, 28 November 2008 Difference History +38 m Molecular beam epitaxy
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- 14:59, 28 November 2008 Difference History +301 Molecular beam epitaxy
- 14:51, 28 November 2008 Difference History +145 N File:MBEledgegrowth.png Diagram showing direction and shape of new layer growth in a slow deposition process, like molecular beam epitaxy. Circular growth is preferred. current
- 14:49, 28 November 2008 Difference History +413 N File:MBElateralgrowth.png Atomic placement leading to lateral growth of a thin film. Atoms are represented by cubes. Atom A adds more broken bonds than Atom B when it is added to the system. Atom C adds no new broken bonds. Atoms are more likely to diffuse into positions B or current
- 14:46, 28 November 2008 Difference History +313 Molecular beam epitaxy
- 14:44, 28 November 2008 Difference History +183 N File:MBEsinglephase.png Phase diagram for a single phase system. Source: Chris Cochrane (2008). Based on a diagram from Callister, W. Materials Science and Engineering: An Introduction, 7th edition. (2007) current
- 14:41, 28 November 2008 Difference History +124 N File:MBEeffusioncell1.png Axial view of an effusion cell for use in MBE. Source: US Patent#5,540,780 (under Prior Art) (Haas, T. and Eyink, K., 1996) current
- 14:36, 28 November 2008 Difference History +105 N File:MBEapparatus2.png Image of the apparatus used for molecular beam epitaxy. Source: US Patent#4,542,712 (Kazuo, et al., 1985) current
- 14:36, 28 November 2008 Difference History +105 N File:MBEapparatus1.png Image of the apparatus used for molecular beam epitaxy. Source: US Patent#4,542,712 (Kazuo, et al., 1985) current
- 14:31, 28 November 2008 Difference History +2,955 Molecular beam epitaxy
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- 13:13, 28 November 2008 Difference History -1 Molecular beam epitaxy
- 13:12, 28 November 2008 Difference History +2,781 Molecular beam epitaxy Added new section on fundamental processes. Removed redundant sections.
- 06:18, 28 November 2008 Difference History +1,471 Molecular beam epitaxy
- 04:57, 28 November 2008 Difference History -631 m Talk:Molecular beam epitaxy No longer needed information removed. current
- 09:44, 21 November 2008 Difference History +2,458 User talk:S.Fraser →Peer Edit: new section
- 09:40, 21 November 2008 Difference History -2 Microwave processing Reworded first paragraph, fixed some minor spelling errors, added in links, moved oddly placed section
- 03:05, 14 November 2008 Difference History +68 m Talk:Molecular beam epitaxy
- 03:04, 14 November 2008 Difference History -30 m Molecular beam epitaxy
- 03:02, 14 November 2008 Difference History -259 m Molecular beam epitaxy
- 03:01, 14 November 2008 Difference History +157 m Talk:Molecular beam epitaxy
- 02:59, 14 November 2008 Difference History +406 Nm Talk:Molecular beam epitaxy Started building To-Do list
- 02:54, 14 November 2008 Difference History +272 m Molecular beam epitaxy
- 02:44, 14 November 2008 Difference History +503 Molecular beam epitaxy
- 02:41, 14 November 2008 Difference History -49 Molecular beam epitaxy
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- 23:38, 13 November 2008 Difference History +3,742 m Molecular beam epitaxy
- 00:12, 13 November 2008 Difference History +1 m Molecular beam epitaxy
- 06:45, 12 November 2008 Difference History +1,274 m Molecular beam epitaxy Began page production with short introduction and some ideas on how to flesh out.
- 01:33, 4 November 2008 Difference History +3,164 m MECH370 Materials Processing Added my presentation date.
- 01:33, 4 November 2008 Difference History +31 m Category:MECH370 Added my presentation date.
- 02:07, 22 October 2008 Difference History -56 Molecular Beam Epitaxy
- 02:02, 22 October 2008 Difference History +12 Molecular Beam Epitaxy
- 15:25, 20 October 2008 Difference History +13 m User:C.Cochrane
- 15:23, 20 October 2008 Difference History +186 N User:C.Cochrane New page: == About Me == I am currently in my third year of undergraduate studies at Queen's University in Kingston, Ontario. I am studying Engineering Physics, specializing in Materials Science.
