Electron spectrometry

Electron spectrometry in surface technology is an analytical method that makes it possible to obtain detailed information about the chemical composition of surfaces. The use of electron spectrometry plays an important role in the characterization of material surfaces and is widely used in various areas of surface technology.

This method uses the interaction of electrons with the surface of a material. Electrons are fired at the surface and the interactions that occur, such as elastic and inelastic scattering of the electrons, are measured and analyzed. The resulting spectra provide information about the chemical elements and compounds present on the surface.

Electron spectrometry offers high sensitivity and resolution, making it possible to detect even small amounts of elements on the surface. By varying the experimental parameters, the depth of the analysis can be influenced, allowing flexibility in the investigation of different coating thicknesses and material compositions.

In surface technology, electron spectrometry is used to characterize coatings, thin films, layers and other surface modifications. This is crucial for the development of new materials, the improvement of coating processes and quality assurance in production. By analyzing the surface composition in detail, electron spectrometry provides insight into the structure and properties of material surfaces, which in turn leads to targeted improvements and innovations in surface technology.