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Research topics:
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Experimental verification of quantum theories of the electron stimulated
desorption (ESD) phenomenon for gas on metals and gas on semiconductors
adsorption systems,
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Investigation of desorption induced by electron transitions (DIET) for
dissociation products of water on silver, as well as the oxygen desorption
from the titanium oxide,
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Investigation of the surface localized electronic structure of the transitons
metals and transition metals oxides,
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Investigation of the current noise of the secondary electron emission,
in particular the current noise of the elastic peak.
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Methods of investigation:
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Desorption Induced by Electron Transitions (DIET),
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Electron Stimulated Desorption (ESD),
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Auger Electron Spectroscopy (AES),
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Electron Energy Loss Spectroscopy (EELS),
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Low Energy Electron Diffraction (LEED),
- Inelastic Low Energy Electron Diffraction (ILEED).
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Equipment:
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3 Ultra high vacuum equipment (UHV) (work at the pressures lower than 10-9
Pa),
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Quadrupole mass spectrometer QSM 156 SECO, by RIBER,
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Monopole mass spectrometer of the CMA type,
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Ultra high vacuum scaning tunneling microscope (STM), with a fast-lock-sample-transportation
system, by OMICRON.
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