Dataset: Influence of a Silicon-Bearing Film on the Early Stage Oxidation of Pure Titanium




Files
32
42.76 MB
Samples
7
in dataset
Workflows
1
documented
Views
888
total views
Downloads
313
total downloads
Published
Jan 12, 2017
9 years ago
File Types

32 files across 2 type(s)

Processes & Activities

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Composition

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Engagement Over Time

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Published
Published: 9 years ago
Views
888
Downloads
313
License
No license specified
Total Size
42.76 MB
Authors
MC Kathleen Chou University of Michigan MC Peng-Wei Chu University of Michigan Carlos Levi University of California, Santa Barbara MC Emmanuelle Marquis University of Michigan
Description

This dataset compiles images from pure titanium oxidation studies at 800 degrees C with and without a Si sputtered 50 nm film that supplement publication “Influence of a Silicon-Bearing Film on the Early Stage Oxidation of Pure Titanium,” Kathleen Chou, Peng-Wei Chu, Carlos G. Levi, Emmanuelle A. Marquis, Journal of Materials Science (August 2017, Volume 52, Issue 16, pp 9884–9894). Please note, the meta-data provided will be updated over time. We reserve the right to update this data without notification. If you would like to be notified of changes, please email Kathleen Chou at kachou@umich.edu. NSF Grant DMR-1436154 University of Michigan, University of California, Santa Barbara

Image 31 Unknown 1
50 nm Si Deposition and Oxidation Isothermal Exposure - 2h 1 50 nm Si Deposition and Oxidation Isothermal Exposure - 8h 1 Colloidal Silica Deposition and Oxidation Isothermal Exposure - 2h 1 Hardness Profiles 5 Obtain Titanium Material 1 Oxidation Isothermal Exposure - 0.5h 1 Oxidation Isothermal Exposure - 2h 1 Oxidation Isothermal Exposure - 8h 1 Sectioning 8 SEM 5 STEM EDS 4 TEM 6
Citations

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