Catalyst Surface: Physical Methods of StudyingKhabib Minachevich Minachev, E. S. Shpiro Translated from the Russian original (Mir Publishers, 1990). Provides an analysis and overview of studies of catalyst surfaces by electron emission spectroscopy and ion spectroscopy, based on both the editors' research and data that appeared in Soviet and foreign publications after 1980. Gives the f |
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Page 92
... relation remains monotonic for a broad number of compounds . In the opinion of Sundberg et al . [ 207 ] , this also points to a monotonic relation between q and AEER . This conclusion is apparently correct only in some cases . Detailed ...
... relation remains monotonic for a broad number of compounds . In the opinion of Sundberg et al . [ 207 ] , this also points to a monotonic relation between q and AEER . This conclusion is apparently correct only in some cases . Detailed ...
Page 93
... relation has been obtained , and analysis consists in finding an empirical relation between the intensity and energy of satellite shake - up and the state of the transition elements . The transi- tions Cu2 + → Cu + , Cuo and Co2 + ...
... relation has been obtained , and analysis consists in finding an empirical relation between the intensity and energy of satellite shake - up and the state of the transition elements . The transi- tions Cu2 + → Cu + , Cuo and Co2 + ...
Page 156
... relation between the preferential sputtering of one of the compo- nents and surface segregation was indicated by Kelly [ 118 ] . The finding of a quantitative relation between these parameters will make it possible to inter- pret more ...
... relation between the preferential sputtering of one of the compo- nents and surface segregation was indicated by Kelly [ 118 ] . The finding of a quantitative relation between these parameters will make it possible to inter- pret more ...
Contents
Instrumentation and Experimental Procedures | 51 |
The Use of Electron Emission and Ion Spectroscopies for Studying | 87 |
The Study of Heterogeneous Catalysts by Electron Emission and Ion Spec | 133 |
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activity addition alloys analysis appearance appraising associated atoms Auger band binding bond bulk calculations Catal catalysts cations centers charge chemical close clusters complete components composition compounds concentration considered crystals density depends determined dispersion distribution effect electron elements employed energy example explained formation growth higher hydrogen increase indicated initial intensity interaction ions latter layer lines lower mass measurements metal method Minachev namely nature noted observed obtained oxide oxygen parameters particles peak phase photoelectron positive possible prepared presence procedure processes properties ratio reaction reduction relation scattering segregation selectivity sensitivity shift Shpiro SIMS single SiO2 specimens spectra spectrometer spectroscopy spectrum sputtering structure studying Surf surface Table techniques temperature tion transfer transition treatment vacuum valence values various yield zeolite