Abstract

Coupled dark-bright vector solitons are considered in a birefringent fiber, and their dynamics are studied by the variational approach. The stationary states are analyzed, and it is found that their intensity distribution depends strictly on the ratio of the group-velocity delay strength to the effective total energy. Finally, the propagation of the coupled dark-bright vector solitons is investigated by the numerical method.

© 2007 Chinese Optics Letters

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