Spatially resolved molecular compositions of insoluble multi-layer deposits responsible for increased pollution from internal combustion engines

Publication date
2020-11-04Creators
Snape, Colin
Scurr, David
Edney, Max
Spanu, Matteo
Smith, Emily
Steer, Elisabeth
Lamb, Joseph
Metadata
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Data required to recreate all figures including uncropped images for the article published in ACS Applied Materials and Interfaces:
- 3D OrbiSIMS data:
itmx. files of full depth profiles for all samples
itmx. files of chemical imaging data sets for the gasoline and diesel injector samples at upper and lower depth.
- XPS spectra from all deposit samples - exported as excel files.
- SEM images - exported as a pdf. file.
-Optical profilometry images of the gasoline and diesel injector
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Related publication DOI
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Subjects
- Secondary ion mass spectrometry
- Internal combustion engines
- Gasoline
- Diesel fuels
- fuel deposits, gasoline direct injection, diesel, 3D OrbiSIMS, SIMS, mass spectrometry, XPS, SEM, engineering, chemistry, fuel, analysis
- Engineering::Chemical, process & energy engineering::Chemical engineering
- T Technology::TJ Mechanical engineering and machinery::TJ751 Internal combustion engines. Diesel engines
Divisions
- University of Nottingham, UK Campus
Deposit date
2020-11-04Corporate creators
- Innospec Ltd.
Data type
3D OrbiSIMS, XPS and SEM dataContributors
- Wilmot, Edward
- Barker, Jim
- Alexander, Morgan
- Reid, Jacqueline
Funders
- Engineering & Physical Sciences Research Council
Grant number
- EP/L016362/1
- EP/P029868/1
Collection dates
- Aug 2019 - Jan 2020
Data collection method
3D OrbiSIMS, XPS and SEM instrumentationResource languages
- en