Titlebook: Gaseous Dielectrics VIII; Loucas G. Christophorou,James K. Olthoff Book 1998 Springer Science+Business Media New York 1998 Recycling.desig

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Radicals from Electron Impact on Fluorocarbons to compete with autodetachment of the electron. Resonant electron attachment is not a significant feature of electron-fluorocarbon interactions. Dipolar dissociation proceeds through very high-lying electronic states. the cross sections are generally small, especially for electrons with energies le

粗語(yǔ)

Electron Collision Cross Sections and Transport Parameters in CHF3rons. It is approximately constant above 2 eV at 15 x 10. cm. and then below 2eV increases rapidly as the electron energy tends to zero— characteristic of s-wave scattering. Other electron collision cross sections have not been reported in the literature for low electron energies, however the simila

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https://doi.org/10.1007/978-3-663-09294-0 to compete with autodetachment of the electron. Resonant electron attachment is not a significant feature of electron-fluorocarbon interactions. Dipolar dissociation proceeds through very high-lying electronic states. the cross sections are generally small, especially for electrons with energies le

PATRI

Innocence

,Hartz IV — Strategie zur Armutsbek?mpfung?,tions for the negative ions formed in O. and SF. enable a reasonable understanding of the KED data. However, attempts to analyze the positive ion KED data for these two gases highlight the lack of fundamental ion-molecule cross section data for positive ions formed in these discharges.

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