[PDF][PDF] Investigation of nuclear fusion in reactions of 4, 6 He and 7 Li on 208 Pb and 208 Bi nuclei
AA Hassan, S Lukyanov, R Kalpakchieva… - Bull Russ Acad Sci …, 2006 - researchgate.net
AA Hassan, S Lukyanov, R Kalpakchieva, YE Penionzhkevich, R Stabatyan, J Vinsour
Bull Russ Acad Sci Phys, 2006•researchgate.netInvistigation of fission and evaporation cross sections in a broad range of energies near the
Coulomb barrier and up to 200 MeV in the reactions 4, 6 He+ 209 Bi and 7 Li+ 208 Pb were
done. The secondary 4, 6 He beams were produced using the beam-transport line of the
U400M accelerator at FLNR, JINR. The experimental fusion and fission excitation functions
obtained for the different reactions 4, 6 He+ 209 Bi and 7 Li+ 208 Pb and leading to the
same compound nuclei 213, 215 At were analyzed using the PACE-4 and CCFULL.
Coulomb barrier and up to 200 MeV in the reactions 4, 6 He+ 209 Bi and 7 Li+ 208 Pb were
done. The secondary 4, 6 He beams were produced using the beam-transport line of the
U400M accelerator at FLNR, JINR. The experimental fusion and fission excitation functions
obtained for the different reactions 4, 6 He+ 209 Bi and 7 Li+ 208 Pb and leading to the
same compound nuclei 213, 215 At were analyzed using the PACE-4 and CCFULL.
Invistigation of fission and evaporation cross sections in a broad range of energies near the Coulomb barrier and up to 200 MeV in the reactions 4, 6 He+ 209 Bi and 7 Li+ 208 Pb were done. The secondary 4, 6 He beams were produced using the beam-transport line of the U400M accelerator at FLNR, JINR. The experimental fusion and fission excitation functions obtained for the different reactions 4, 6 He+ 209 Bi and 7 Li+ 208 Pb and leading to the same compound nuclei 213, 215 At were analyzed using the PACE-4 and CCFULL.
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