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oaioai:scholarsmine.mst.edu:phys_facwork-3706

Single And Double-electron Removal From H− In Energetic Collisions With Multiply-charged Argon Ions

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Publication date
1 July 1989
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Scholars\u27 Mine
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    Abstract

    Absolute cross-sections have been measured and compared to CTMC-calculations for single and double-electron removal from H− in collisions with Arq+ ions (q ≤ 8) at Ec.m. = 50 keV. The single-electron removal cross-sections are found to scale with q1.3, and for the H− + Ar4+ system, this cross-section is found to have a weak energy dependence from 3 keV to 100 keV. A major implication of our measurements is that plasma neutralizers based on multiply charged ions for high-efficiency conversion of intense H− beams into H0 gain little in expected reduced length due to the inapplicability of q2-scaling in the H− single-electron removal cross-section. © 1989, IOP Publishing Ltd

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    Missouri University of Science and Technology (Missouri S&T): Scholars' Mine

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    Last time updated on 15/08/2023

    This paper was published in Missouri University of Science and Technology (Missouri S&T): Scholars' Mine.

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