Slide field in XPS smoothly

Aug 6th, 2022
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How to Slide field in XPS

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this video is an introduction to xps xps is most often viewed through the analysis of xps data which involves using software to work out quantification and chemical state information based on spectra that are gathered from samples but to properly understand how the sample is analyzed in terms of the software its important to have some appreciation of the xps technique itself so this involves having an understanding of what were looking at in terms of energy spectra and also how spectra are acquired that will then be processed to produce the information that were after an xps spectrum is an energy spectrum and the energy spectrum is acquired by changing the energy at which we sample the number of electrons that arrive at a detector and as a consequence of these types of measurements we can create a histogram of intensity as a function of energy here its plotted as intensity as a function of binding energy and the binding energy is related to an electronic configuration with an atom

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Because XPS is a surface technique, there is a limited amount of organic information XPS can provide. XPS is limited to measurements of elements having atomic numbers of 3 or greater, making it unable to detect hydrogen or helium. XPS spectra also take a long time to obtain.
An XPS instrument contains an x-ray source, sample stage, extraction lenses, analyzer, and detector housed in an ultra-high vacuum environment.
Basic principles of XPS Why is this a surface technique? So the excited photoelectrons are relatively slow and mostly interact with the material they are generated and lose energy. A few electrons get out un-scattered and are detected as the photoelectron peaks. (mostly from the upper 10 nm of the material.)
That is, broadening of a peak may indicate: a change in the number of chemical bonds contributing to a peak shape, a change in the sample condition (x-ray damage) and/or differential charging of the surface (localised differences in the charge state of the surface).
The X-ray source (1), the high vacuum chamber (2), the analyzer (3) and detector (4). Electron spectroscopy for chemical analysis or ESCA is a powerful tool for the characterisation of chemical species at surfaces.
The carbon 1s line (for hydrocarbon or hydrocarbon groups) have also been used to calibrate the binding-energy scale for XPS measurements with non-conducting specimens; a binding energy of 284.8 eV has been assumed for this purpose. All energies are referred to the Fermi level.
The main components of an XPS system are the source of X-rays, an ultra-high vacuum (UHV) chamber with mu-metal magnetic shielding, an electron collection lens, an electron energy analyzer, an electron detector system, a sample introduction chamber, sample mounts, a sample stage with the ability to heat or cool the
XPS can measure elemental composition as well as the chemical and electronic state of the atoms within a material. XPS spectra are obtained by irradiating a solid surface with a beam of X-rays and measuring the kinetic energy of electrons that are emitted from the top 1-10 nm of the material.
The variation of binding energy results in the shift of the corresponding XPS peak, ranging from 0.1eV to 10eV. This effect is termed as chemical shift, which can be applied to studying the chemical status of element in the surface. Therefore, XPS is also known as electron spectroscopy for chemical analysis (ESCA).
How to interpret the data it generates Peaks from the XPS spectra give relative number of electrons with a specific binding energy. The shorter the peak, the less electrons represented. The greater the binding energy, the greater the attraction of that electron to the nucleus.

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