Abstract
The cross sections for exclusive D+D− and D0D¯0 meson pair production in peripheral nucleus–nucleus collisions are calculated and several differential distributions are presented. The calculation of the elementary γγ→DD¯ cross section is done within the heavy-quark approximation and in the Brodsky–Lapage formalism with distribution amplitudes describing recent CLEO data on leptonic D+ decay. Realistic (Fourier transform of charge density) charge form factors of nuclei are used to generate photon flux factors. Absorption effects are discussed and quantified. The cross sections of a few nb are predicted for RHIC and of a few hundreds of nb for LHC with details depending on the approximation made in calculating elementary γγ→DD¯ cross sections.
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