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We studied the production of neutron-rich nuclides in multinucleon transfercollisions of stable and radioactive beams in the mass range A=40-60. We firstpresented our experimental cross section data of projectile fragments from thereaction of 40Ar(15 MeV/nucleon) with 64Ni, 58Ni and 27Al. We then comparedthem with calculations based on either the deep-inelastic transfer (DIT) modelor the constrained molecular dynamics (CoMD) model, followed by the statisticalmultifragmentation model (SMM). An overall good agreement of the calculationswith the experimental data is obtained. We continued with calculations of thereaction of 40Ar (15 MeV/nucleon) with 238U target and then with reactions of48Ca (15 MeV/nucleon) with 64Ni and 238U targets. In these reactions,neutron-rich rare isotopes with large cross sections are produced. Thesenuclides, in turn, can be assumed to form radioactive beams and interact with asubsequent target (preferably 238U), leading to the production of extremelyneutron-rich and even new isotopes (e.g. 60Ca) in this mass range. We concludethat multinucleon transfer reactions with stable or radioactive beams at theenergy of around 15 MeV/nucleon offer an effective route to access extremelyneutron-rich rare isotopes for nuclear structure or reaction studies.

Neutron-rich rare isotope production with stable and radioactive beams in the mass range A=40-60 at beam energy around 15 MeV/nucleon