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Fusion data for $^{40}$Ca+$^{96}$Zr are analyzed by coupled-channelscalculations that are based on a standard Woods-Saxon potential and includecouplings to multiphonon excitations and transfer channels. The couplings tomultiphonon excitations are the same as used in a previous work. The transfercouplings are calibrated to reproduce the measured neutron transfer data. Thistype of calculation gives a poor fit to the fusion data. However, bymultiplying the transfer couplings with a $\sqrt{2}$ one obtains an excellentfit. The scaling of the transfer strengths is supposed to simulate the combinedeffect of neutron and proton transfer, and the calculated one- and two-nucleontransfer cross sections are indeed in reasonable agreement with the measuredcross sections.

Revised analysis of $^{40}$Ca+$^{96}$Zr fusion reactions