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The proton and deuteron pickup reactions 2H(10Be,3He)9Li and 2H(10Be,4He)8Liradioactive beam produced by the new fragment separator ACCULINNA-2 at FLNR,JINR\@. These measurements were initially motivated as test reactions intendedfor the elucidation of results obtained in the study of the extremelyneutron-rich 7H and 6H systems created in the 2H(10Be,3He)9Li and2H(10Be,4He)8Li reactions using the same setup. In the 2H(10Be,3He)9Li reactionthe 9Li ground-state ($3/2^-$) and its first excited state (2.69MeV, $1/2^-$)were identified in the low-energy region of its excitation spectrum. Thedifferential cross sections for the 9Li g.~s.) population were extracted atforward center-of-mass angles ($3^\circ-13^\circ$) and compared with the FRESCOcalculations. Spectroscopic factor of $\sim 1.7$, derived by a model for the10Be$ = p +$9Li(g.s.) clustering was found in accord with the experimentaldata. The energy spectrum of 8Li populated in the 2H(10Be,4He)8Li reactionshows the strong peak which corresponds to excitation of the second excitedstate of 8Li (2.25 MeV, $3^+$). The fact that the ground and the first excitedstates of 8Li were not observed is fully consistent with Shell-Modelcalculations carried out for the 10Be g.\,s. and 8Li level structure applyingmomentum selection rules.

Study of Proton and Deuteron Pickup Reactions 2H(10Be,3He)9Li an  2H(10Be,4He)8Li with 44 A MeV 10Be Radioactive Beam at ACCULINNA-2 Fragment  Separator