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The dynamical properties of partially coherent Bose-Einstein condensates indouble wells are investigated in three typical regimes. In the extreme Fockregime, the time evolution of the degree of coherence is shown to decayrapidly. In the Rabi regime, a relation between the amplitude of Rabioscillation and the degree of coherence is obtained, which is expected todetermine the degree of coherence by measuring the amplitude of Rabioscillation. The study on the self-trapping phenomena in the Josephson regimeexhibits that both the degree of coherence and the initial relative phase canaffect the final particle distribution.

Dynamics for partially coherent Bose-Einstein condensates in double wells