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Quantum calculations for the S(1D)+H2 reaction employing the ground adiabatic electronic state

We present exact quantum differential and total cross sections for the title reaction. We employ a time-dependent wavepacket method as implemented in the DIFFREALWAVE code including all Coriolis coupling and a new potential energy surface, the double many-body expansion/complete basis set (DMBE/CBS) surface. Our results show that the DMBE/CBS surface gives smaller cross section when compared to previous results employing the Ho surface.