Inclusive Electron Scattering from Nuclei at x simeq 1

J.Arrington , P.Anthony , R.G.Arnold , E.J.Beise , J.E.Belz , P.E.Bosted , H.-J.Bulten , M.S.Chapman

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K.P.Coulter F.Dietrich R.Ent M.Epstein B.W.Filippone H.Gao R.A.Gearhart D.F.Geesaman J.-O. Hansen R.J.Holt H.E.Jackson C.E.Jones C.E.Keppel E.R.Kinney S.Kuhn K.Lee W.Lorenzon A.Lung N.C.R.Makins D.J.Margaziotis R.D.McKeown R.G.Milner B.Mueller J.Napolitano J.Nelson T.G.O'Neill V.Papavassiliou G.G.Petratos D.H.Potterveld S.E.Rock M.Spengos Z.M.Szalata L.H.Tao K.vanBibber J.F.J.van den Brand J.L.White D.Winter B.Zeidman

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classification ⚛️ nucl-ex

keywords datainclusiveregionscalingscatteringsimeqbehaviorbloom-gilman

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The inclusive A(e,e') cross section for $x \simeq 1$ was measured on $^2$H, C, Fe, and Au for momentum transfers $Q^2$ from 1-7 (GeV/c)$^2$. The scaling behavior of the data was examined in the region of transition from y-scaling to x-scaling. Throughout this transitional region, the data exhibit $\xi$-scaling, reminiscent of the Bloom-Gilman duality seen in free nucleon scattering.

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Inclusive Electron Scattering from Nuclei at x simeq 1

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