Download the Application Note: Multi-technique analysis for surface hydrogen quantification

XPS provides quantitative information at a sample’s near-surface region. There are cases where knowledge of the hydrogen concentration is essential for development of technologies such as hydrogen storage materials in fuel cells.

While it is not possible to quantify hydrogen in an XPS analysis, the Thermo Scientific™ ESCALAB™ Xi+ XPS Microprobe enables researchers to quantity hydrogen in organic and inorganic compounds within a few nanometers of the surface of a sample using reflection electron energy loss spectroscopy (REELS).

Download the application note “Multi-technique analysis for surface hydrogen quantification” to learn how:

REELS allows the detection and quantification of hydrogen in an XPS system;
Inelastically scattered electrons provide information about the electronic structure of a sample.

This application note demonstrates a good agreement between the hydrogen concentrations determined using REELS and the expected concentrations for a series of samples. The same method is used for both organic and inorganic materials to determine the complete composition.

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Download the Application Note: Detect and quantify hydrogen at near-surface regions of a sample