Oxidation of the Fe/Cu(100) interface
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Synthesis and characterization of FeOOH QDs via a one-pot method for effective removal of copper cations from aqueous solutions
2024, Environmental Technology and InnovationNanostructured CuFeSe<inf>2</inf> Eskebornite: An efficient thermoelectric material with ultra-low thermal conductivity
2022, Materials Science and Engineering: BCitation Excerpt :It is worth mentioning that the binding energy of Cu2+ will typically appear as a satellite at ∼ 942 eV, which is not observed here [28,34,35]. Fig. 4 (c) illustrates the core spectra of Fe (2p) of bulk CuFeSe2, where the 2p3/2 and 2p1/2 peaks occur at 709.4 eV and 720 eV with peak splitting of 10.6 eV, whereas peaks of 713 eV and 720 eV with peak splitting of 7 eV are noticed for nano-CuFeSe2 with the presence of satellite at 728 eV, confirming the + 3 state of Fe in CuFeSe2 and is consistent with the previous reports [36,37]. Moreover, the high-resolution Se (3d) core spectra of both bulk and nano-CuFeSe2 is presented in Fig. 4(d), where the peaks of 3d5/2 and 3d3/2 at 54.04 eV and 55.35 eV with peak splitting of 1.31 eV are obtained for bulk-CuFeSe2 and peaks of 3d5/2 and 3d3/2 were noticed at 54.05 eV and 55.6 eV with peak splitting of 1.55 eV for nano-CuFeSe2, supporting the electronic state of Se2-, that agrees with the standard data of Se2- [28].
Passive behavior of nickel-based superalloys prepared by high-deposition-rate laser solid forming additive manufacturing
2020, Corrosion ScienceCitation Excerpt :They are located in 870.0 eV and 852.8 eV, respectively, corresponding to pure Ni [27]. Fig. 10b shows the 2p peaks located at 719.7 eV (Fe2p1/2) and 706.8 eV (Fe2p3/2), refer to pure Fe [28]. Fig. 10c presents the XPS spectra of Cr2p, and they are located at 583.2 eV and 573.9 eV, respectively, indicating the pure Cr [29,30].
Influence of total film thickness on high-frequency magnetic properties of the [FeCoSiN/SiN<inf>x</inf>]<inf>n</inf> multilayer thin films
2015, Journal of Magnetism and Magnetic MaterialsCitation Excerpt :The two high peaks appeared at 706.5 and 719.8 eV are associated with the zero-valent Fe for 2p3/2 and 2p1/2, respectively. Additionally, there are two small satellite peaks located at binding energy (BE) around at 711.4 and 722.4 eV, which are assigned to Fe–N bonds in FeCoSiN [25–27]. Fig. 4(b) shows a typical Co 2p spectrum of the multilayer film.
The adsorption of Fe on W(110) and of O and H on Fe-covered W(110)
1997, Surface Science