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Advances in X-ray photoelectron spectroscopy (XPS) instrumentation make collecting high-quality data much easier than in years past.
Modern XPS instruments have enabled many areas of materials science to benefit from surface analysis. Applications such as bio-materials, semiconductors, nanotechnology, and catalysis all benefit from innovations in XPS. A critical component to the XPS instrument is its data system, which is covered in detail here.
Split into 7 segments plus an introduction, the webinar explains what information can be obtained from XPS and how data is processed.
Introduction and overfiew of the XPS Simplified webinar series
An overview of XPS theory and instrumentation used
Talk on what information can be extracted from XPS data such as elemental identification
Webinar on an example of a XPS survey spectrum and how to identify elements and their quantity from that spectrum
Webinar on XPS region spectra to look at the chemical bonding environments for each element
Webinar on how to deal with overlapping peaks of a spectrum by peak fitting
Webinar on Multilevel XPS data examples
Webinar on how to navigate multilevel XPS data, how to analyze the data and summary of the webinar series