<p>The presence of lithium in a ³He plasma is shown to be a key parameter for enhancing energy production. In this research, a temporal model is employed to investigate the dynamics of ³He-⁶Li plasma and compare it with the ³He-³He rea3ction. Numerical solution of the time-dependent equations is used for studying burning process, considering all five reactions for the nine of particle species produced in the ³He-⁶Li reaction cycle. The results show that 1) synchrotron radiation losses exceed than bremsstrahlung losses in the considered scenario. 2) the peak power increases with lithium to helium ion density ratio 3) the self-heating is more pronounced in ³He-⁶Li plasma than the ³He-³He plasma.4) ³He-⁶Li plasma is more reactive than the ³He-³He plasma at similar total densities.5) higher lithium density results in a considerable increase in fusion power. 6) to achieve an identical energy release, the ³He-⁶Li plasma requires a shorter confinement time than ³He-³He plasma.7) despite high initial temperatures, ions and electrons exhibit limited additional heating.</p>