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Transport of muonic deuterium atoms in a slab of thickness {ital d} filled with a molecular deuterium gas is described by means of the multiple-collision expansion in the framework of a time-dependent theory. The relevant expressions for the emerging flux are derived. Numerically generated results are presented for several different cases, some of which are under experimental investigation. A justification of the approximations made in a previous work is given.

Collided-flux-expansion method for the transport of muonic deuterium in finite media