Abstract
The photoassociation reactions H+D+ and H++D induced by the one- and two-colour laser pulses are theoretically studied. The reactions occur through two channels: (i) H(1S)+D+ → HD+, and (ii) H++D(1S) → HD+. The reaction probability through channel (ii) is higher than through channel (i). The populations of the products H++D and HD+ and the ratio of H++D to HD+ can be controlled by laser pulses. The two-colour laser pulses can more efficiently lower the dissociation probability and therefore enhance the yield ratio of the product HD+.
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