Abstract
Within the dinuclear system model, the multinucleon transfer (MNT) reactions for producing exotic nuclei with Z = 17–20 close to the neutron-drip line are investigated. The inclusion of the temperature dependence of the pairing correction on the potential energy surface improves the description of experimental data reasonably well. With consideration of experimental conditions, the MNT process shows a huge advantage for producing the neutron-rich exotic nuclei 59,60Ca in comparison to the projectile fragmentation process. The MNT reaction 48Ca + 238U is proposed for producing 61,62Ca.
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