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V.P. Shevelko, Th. Stohlker, H. Tawara, I. Yu. Tolstikhina, G. Weber //Nucl. Instr. Methods Phys. Res. B V. 268, P.2611 (2010)

Theory (OBK with normalization at low energy)

Fig.1a Ge i+ + Ne σ 31,30
Fig.1b Xe i+ + N 2 σ 18,17
Fig.3b Pb i+ + N 2 σ 39,38
Fig.3a Pb i+ + Ar σ 25,24
Fig.4a,6b U i+ + H 2 σ 28,27 σ 41,40
Fig.6 U i+ + C σ 28,27 σ 41,40
Fig.4b,6b U i+ + N 2 σ 28,27 σ 41,40
Fig.6 U i+ + O 2 σ 28,27 σ 41,40
Fig.5,6,10 U i+ + Ar σ 28,27 σ 41,40 σ 42,41
Fig.7a U i+ + H 2 σ 15,14 σ 20,19 σ 25,24 σ 30,29
Fig.7b U i+ + N 2 σ 15,14 σ 20,19 σ 25,24 σ 30,29
Fig.8a,9 U i+ + Ar σ 30,29 σ 35,34 σ 40,39 σ 45,44 σ 50,49 σ 55,54 σ 60,59 σ 65,64 σ 70,69
Fig.8b Pb i+ + Ar σ 30,29 σ 35,34 σ 40,39