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Weaver David M.,
Simpson Richard J.,
Aarons Sharon R.,
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Weatherley A. J., Gilkes R. J.
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Richardson Alan E.,
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. Turk, M.A,
. A.M. Tawaha,
. H. Taifour,
. A. Al-Ghzawi,
. I.W. Musallam,
. G.A. Maghaireh, . Y.I. Al-Omari
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