degree of entanglement by large decreases with the increasing rate at which the coherence superposition decays provided that the rate at which the atoms spontaneously decay is taken to be constant. However, it would be appropriate noting that for small pockets of time, the degree of entanglement can increase with the rate at which the coherence decays. For relatively longer time span, the degree of entanglement slowly oscillates very close to $V_{s}=0.5$. This can be fairly related to the earlier report for the same system when $\gamma=\Gamma$, $\eta=0$, $\theta=0$ and $A=10$, where $V_{s}$ is found to be 0.5 at steady state [@jpb42215506]. On the other hand, critical scrutiny of Figs \[fig1\] and \[fig2\] reveals that the time at which the degree of entanglement becomes maximum increases with the rate of dephasing. Though increasing the rate of dephasing significantly damages the generated entanglement, it can be utilized in prolonging the time at which the maximum entanglement can be generated. This can be taken as a positive aspect in practical realization of entanglement in such a system where the corresponding actual time is very small.

In plotting Fig. \[fig2\], two changes are made; the values of $\gamma/\Gamma$ are reduced while the value 