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In this paper, how to modulate entanglement dynamics of two V-type atoms indissipative cavity by detuning, weak measurement and weak measurement reversalis studied. The analytical solution of this model is obtained by solvingSchrodinger Equation after diagonalizing Hamiltonian of dissipative cavity. Itis discussed in detail how the entanglement dynamics is influenced bycavity--environment coupling, spontaneously generated interference (SGI)parameter, detuning between cavity with environment and weak measurementreversal. The results show that the entanglement dynamics of different initialstates obviously depends on coupling, SGI parameter, detuning and reversingmeasurement strength. The stronger coupling, the smaller SGI parameter, thelarger detuning and the bigger reversing measurement strength can all not onlyprotect but also generate the entanglement, and the detuning is moreeffectively in tne strong coupling regime than the weak measurement reversal,which is more effectively than the SGI parameter. We also give correspondingphysical interpretations.

Modulating Entanglement Dynamics of Two V-type Atoms in Dissipative Cavity by Detuning, Weak Measurement and Reversal