Titlebook: Linking the Gaseous and Condensed Phases of Matter; The Behavior of Slow Loucas G. Christophorou,Eugen Illenberger,Werner F Book 1994 Sprin

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Linking the Gaseous and the Condensed Phases of Matter: The Slow Electron and Its Interactionsving slow electrons either as reacting initial particles or as products of the reactions themselves is discussed. Emphasis is placed on the measurement of both the cross sections and the energetics involved, although most of the available information to date is on the latter. The discussion is selec

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Comparisons Between Low-Energy Electron Scattering from Gaseous and Condensed-Phase Atoms and Molecumed in order to measure the energy and angular dependence of the magnitude of the cross sections involved in the elastic, inelastic, ionising and dissociative processes induced by the collision of an electron with a gaseous target. During the last decade, such experiments have also been performed wi

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Anion Formation in Low Energy Electron Impact to Gaseous and Condensed Molecules (see also the contribution . to . in this Volume). The cross section for such processes can be very large, several orders of magnitude larger than ionization or excitation cross sections.. Electron attachment reactions to molecules in the gas phase have been studied to some extent within the last t

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Ionization of Atoms or Molecules by Radiation as a Function of Phasental differences of the ionization process in gaseous, liquid, and solid matter are discussed. The importance of recombination losses in the condensed phase and the theoretical treatment by means of Onsager’s theory are described. Examples are taken from studies on organic nonpolar liquids and solid

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High Energy Ionization in Liquids — The Free Ion Yieldh ultraviolet photons of sufficient energy. The passage of a high energy electron results in well separated clusters, each containing a few ionizations or in the case of alpha particles a dense column of ionization. Absorption of ultraviolet light creates a single ion-electron pair. In any case only