“Sodium Salts of Chlorine Oxyacid Anions, Cl (+ 5), Chlorate, XPS Comparison Spectra.” Surface Science Spectra 2(1): 26-30. “Fresh cleaved single crystal NaCl, XPS spectra, Al source.” Surface Science Spectra 2(2): 91-96. Al2p peak has closely spaced spin-orbit components ( metal 0.44eV) Splitting only observed for Al metal and under typical experimental conditions, manifests as asymmetry in peak rather than outright splitting. “Palladium chloride (PdCl2) by XPS.” Surface Science Spectra 3(4): 402-409. This effect allows XPS to measure the thickness of Al oxide films. “CuCl by XPS.” Surface Science Spectra 2(2): 138-143. (d) At what binding and kinetic energies would a peak for NaNO2 be expected when the Al K source was used with the same spectrometer Step-by-step solution. “A temperature-programmed X-ray photoelectron spectroscopy (TPXPS) study of chlorine adsorption and diffusion on Ag (1 1 1).” Surface science 557(1-3): 13-20. “Solid state effects in the electronic structure of TiCl4 studied by XPS.” The Journal of chemical physics 79(1): 26-32. Note that most XPS peaks appear as doublets 965 955 945 935 925 19. “Electron beam effects on hydrated magnesium chloride revealed by XPS.” Journal of Electron Spectroscopy and Related Phenomena 16(2): 199-203. “Sodium salts of chlorine oxyacid anions, Cl (+ 7), perchlorate, XPS comparison spectra.” Surface Science Spectra 2(2): 97-103. “Analysis of a Filled Poly (vinyl chloride) Polymer by XPS.” Surface Science Spectra 6(2): 131-136. Table 1: Typical Binding energies for Chlorine 2p Some reference binding energies for a variety of common chlorine containing compounds can be found in table 1. Figure 1: Typical Cl 2p spectrum (yellow – metal chloride, green – organic Cl) 1 Chlorine XPS analysis very straightforward and is typically performed on the 2p region where overlaps are restricted to the Se LMM auger and As 3s photoemission.Ĭl 2p peaks have a doublet separation of 1.6 eV.
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