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    Mechanisms for Excited Neutral and Negative and Positive Ion Desorption from Surfaces

    New search for: Ramaker, David E.

    Abstract Previous work in electron/photon stimulated desorption (ESD/PSD), utilizing a variety of experimental and theoretical tools, has provided considerable progress towards our understanding of the desorption of ions from covalent systems [1–3]. Comparative investigations of dissociation processes in gas phase, condensed (solid), and chemisorbed systems (e.g.,CO(g), CO(s), and CO/Ru (001), or H2O(g), H2O(s), and OH/Ti) have been very helpful in understanding the desorption of ions from molecularly chemisorbed systems [4,5]. Identification of the excited ionic states responsible for the dissociation or desorption, which can often be made by comparison with photoemission and electron-electron coincidence data, reveals that they possess widely different electronic character and hence arise from widely different excitation mechanisms [4,5].

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    Mechanisms for Excited Neutral and Negative and Positive Ion Desorption from Surfaces

    New search for: Ramaker, David E.

    Abstract Previous work in electron/photon stimulated desorption (ESD/PSD), utilizing a variety of experimental and theoretical tools, has provided considerable progress towards our understanding of the desorption of ions from covalent systems [1–3]. Comparative investigations of dissociation processes in gas phase, condensed (solid), and chemisorbed systems (e.g.,CO(g), CO(s), and CO/Ru (001), or H2O(g), H2O(s), and OH/Ti) have been very helpful in understanding the desorption of ions from molecularly chemisorbed systems [4,5]. Identification of the excited ionic states responsible for the dissociation or desorption, which can often be made by comparison with photoemission and electron-electron coincidence data, reveals that they possess widely different electronic character and hence arise from widely different excitation mechanisms [4,5].

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    Mechanisms for Excited Neutral and Negative and Positive Ion Desorption from Surfaces

    New search for: Ramaker, David E.

    Abstract Previous work in electron/photon stimulated desorption (ESD/PSD), utilizing a variety of experimental and theoretical tools, has provided considerable progress towards our understanding of the desorption of ions from covalent systems [1–3]. Comparative investigations of dissociation processes in gas phase, condensed (solid), and chemisorbed systems (e.g.,CO(g), CO(s), and CO/Ru (001), or H2O(g), H2O(s), and OH/Ti) have been very helpful in understanding the desorption of ions from molecularly chemisorbed systems [4,5]. Identification of the excited ionic states responsible for the dissociation or desorption, which can often be made by comparison with photoemission and electron-electron coincidence data, reveals that they possess widely different electronic character and hence arise from widely different excitation mechanisms [4,5].

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    Title:

    Mechanisms for Excited Neutral and Negative and Positive Ion Desorption from Surfaces

    Contributors:

    Ramaker, David E. (author)

    Published in:

    Desorption Induced by Electronic Transitions DIET II ; 10-23

    Springer Series in Surface Sciences ; 4

    Publication date:

    1985-01-01

    Size:

    14 pages

    ISBN:

    978-3-642-82547-7 , 978-3-642-82549-1

    ISSN:

    0931-5195

    DOI:

    https://doi.org/10.1007/978-3-642-82547-7_2

    Type of media:

    Article/Chapter (Book)

    Type of material:

    Electronic Resource

    Language:

    English

    Keywords:

    Electron Attachment , Antibonding Orbital , Electron Impact Excitation , Auger Decay , Desorption Mechanism Physics , Surface and Interface Science, Thin Films , Physical Chemistry , Surfaces and Interfaces, Thin Films

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