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On-line Theses
Thesis Title
Investigations Using a Kelvin Probe Instrument and Solid State Electrochemical Techniques: The Initiation Mechanism of Corrosion of Zinc and The Solid-Solid Electrochemical Transformation of CuTCNQ
Author
Aaron Neufeld, 2003
| Abstract and TOC |
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PDF (426 KB) |
| Chapter 1 |
Introduction |
PDF (226 KB) |
| Chapter 2 |
Description of Experimental Techniques |
PDF (657 KB) |
| Chapter 3 |
Construction and Operation of a Scanning Kelvin Probe Instrument |
PDF (1323 KB) |
| Chapter 4 |
The Initiation Mechanism of Corrosion of Zinc by Sodium Chloride Particle Deposition |
PDF (3983 KB) |
| Chapter 5 |
Characteristics of the Solid-Solid Electrochemical Inter-conversion of TCNQ and Semi-conducting CuTCNQ and of Thin CuTCNQ Films |
PDF (5762 KB) |
| Chapter 6 |
Overview of Conclusions |
PDF (171 KB) |
| Bibliograpy |
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PDF (249 KB) |
| Appendix |
A. Specifications for the Lock-in Amplifier and DAQ. B. LabView Programming Code used for Control of the Kelvin Probe Instrument. |
PDF (127 KB) |
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