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Electron energy losses were measured as a function of the incidence angle of the primary electron beam for the Co/Cu(111) adsorption system. The measurements performed for the clean and covered substrate reveal characteristic intensity maxima associated with the close packed rows of atoms, as it was observed in the so called directional Auger and directional elastic peak electron spectroscopy profiles...
The incident electron beam effects for energies 0.5–2keV, measured by Auger and elastically backscattered electrons, were investigated experimentally and theoretically for the (001), (111), and (110) Cu crystals. The Auger signal and the height of the elastic peak were measured as a function of the incident angle of the primary beam with the use of an retarding field analyser (RFA). Very well distinguished...
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