FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2032097843> ?p ?o ?g. }

• W2032097843 endingPage "108" @default.
• W2032097843 startingPage "51" @default.
• W2032097843 abstract "This article discusses the role of short-lived negative ion states in molecule-surface dynamics. Such negative ion resonances may be produced either by electron capture in electron beam impact on adsorbed molecules, e.g. in high resolution electron energy loss spectroscopy or electron stimulated desorption, or by electron capture from the surface itself, e.g. in photodesorption or molecular beam scattering. The prime purpose of the review is thus to highlight the similarities in the fundamental physics underpinning a variety of apparently disparate surface processes, and to promote cross-fertilisation between these different areas. In view of this aim, and the broad scope of the subject, no attempt is made to present a complete review of each of the fields considered. Instead, a cluster of examples is chosen, primarily from recent experimental studies, to illustrate the role played by negative ion resonance states in each of the dynamical processes; specifically, vibrational excitation in electron scattering, electron stimulated desorption, photon stimulated desorption, dissociative adsorption, negative ion formation and vibrational excitation in molecular beam scattering, and recombinative molecular desorption. The article concludes with a discussion of possible future developments in the field." @default.
• W2032097843 created "2016-06-24" @default.
• W2032097843 creator A5080487700 @default.
• W2032097843 date "1992-09-01" @default.
• W2032097843 modified "2023-10-15" @default.
• W2032097843 title "Electron-molecule dynamics at surfaces" @default.
• W2032097843 cites W1966162943 @default.
• W2032097843 cites W1968352921 @default.
• W2032097843 cites W1968884052 @default.
• W2032097843 cites W1969619344 @default.
• W2032097843 cites W1971419705 @default.
• W2032097843 cites W1973187103 @default.
• W2032097843 cites W1976456641 @default.
• W2032097843 cites W1977167985 @default.
• W2032097843 cites W1979859186 @default.
• W2032097843 cites W1982276581 @default.
• W2032097843 cites W1982489310 @default.
• W2032097843 cites W1984172206 @default.
• W2032097843 cites W1994078880 @default.
• W2032097843 cites W1994214030 @default.
• W2032097843 cites W1995213778 @default.
• W2032097843 cites W1995459299 @default.
• W2032097843 cites W1995934735 @default.
• W2032097843 cites W1998167432 @default.
• W2032097843 cites W2002666752 @default.
• W2032097843 cites W2003125754 @default.
• W2032097843 cites W2007797552 @default.
• W2032097843 cites W2009124552 @default.
• W2032097843 cites W2014102310 @default.
• W2032097843 cites W2016976264 @default.
• W2032097843 cites W2018433556 @default.
• W2032097843 cites W2018779140 @default.
• W2032097843 cites W2019868055 @default.
• W2032097843 cites W2021549418 @default.
• W2032097843 cites W2024334161 @default.
• W2032097843 cites W2029597432 @default.
• W2032097843 cites W2030651658 @default.
• W2032097843 cites W2031473369 @default.
• W2032097843 cites W2035047819 @default.
• W2032097843 cites W2036061871 @default.
• W2032097843 cites W2038905391 @default.
• W2032097843 cites W2039767682 @default.
• W2032097843 cites W2047321571 @default.
• W2032097843 cites W2047578181 @default.
• W2032097843 cites W2049071445 @default.
• W2032097843 cites W2051101167 @default.
• W2032097843 cites W2051182360 @default.
• W2032097843 cites W2051253831 @default.
• W2032097843 cites W2052813182 @default.
• W2032097843 cites W2055782777 @default.
• W2032097843 cites W2056010545 @default.
• W2032097843 cites W2056051780 @default.
• W2032097843 cites W2058613604 @default.
• W2032097843 cites W2059571315 @default.
• W2032097843 cites W2060423700 @default.
• W2032097843 cites W2064478299 @default.
• W2032097843 cites W2068370426 @default.
• W2032097843 cites W2069656883 @default.
• W2032097843 cites W2073381947 @default.
• W2032097843 cites W2076798760 @default.
• W2032097843 cites W2077623636 @default.
• W2032097843 cites W2080052782 @default.
• W2032097843 cites W2080514759 @default.
• W2032097843 cites W2080628762 @default.
• W2032097843 cites W2080812732 @default.
• W2032097843 cites W2082347817 @default.
• W2032097843 cites W2085927537 @default.
• W2032097843 cites W2088768052 @default.
• W2032097843 cites W2089718304 @default.
• W2032097843 cites W2090701040 @default.
• W2032097843 cites W2099966176 @default.
• W2032097843 cites W2329141493 @default.
• W2032097843 cites W308674061 @default.
• W2032097843 cites W4211028319 @default.
• W2032097843 cites W4232795036 @default.
• W2032097843 cites W4237695743 @default.
• W2032097843 doi "https://doi.org/10.1016/0079-6816(92)90010-f" @default.
• W2032097843 hasPublicationYear "1992" @default.
• W2032097843 type Work @default.
• W2032097843 sameAs 2032097843 @default.
• W2032097843 citedByCount "108" @default.
• W2032097843 countsByYear W20320978432012 @default.
• W2032097843 countsByYear W20320978432013 @default.
• W2032097843 countsByYear W20320978432014 @default.
• W2032097843 countsByYear W20320978432015 @default.
• W2032097843 countsByYear W20320978432016 @default.
• W2032097843 countsByYear W20320978432018 @default.
• W2032097843 countsByYear W20320978432021 @default.
• W2032097843 countsByYear W20320978432022 @default.
• W2032097843 crossrefType "journal-article" @default.
• W2032097843 hasAuthorship W2032097843A5080487700 @default.
• W2032097843 hasConcept C120665830 @default.
• W2032097843 hasConcept C121332964 @default.
• W2032097843 hasConcept C145148216 @default.
• W2032097843 hasConcept C146285849 @default.
• W2032097843 hasConcept C147120987 @default.
• W2032097843 hasConcept C147789679 @default.
• W2032097843 hasConcept C150394285 @default.

• next