Muhammad SajjadCIIT/SP19-RPH-017/LHRDr. Muhammad Aamir RazaqLHR TP 72582026-02-182021https://repository.cuilahore.edu.pk/handle/123456789/1890In recent years, flexible and electrically rechargeable zinc-ion batteries have received considerable attention due to their low cost, lightweight nature, and high energy density. This concern is encouraging stunning research on flexible rechargeable zinc batteries. Due to the high energy density of zinc-ion batteries, researchers have tried to improve the mechanism behind a zinc electrode(anode: a separator and electrolyte, which can be used to make a battery that will charge the battery and the electrolyte that will charge the battery). Manganese based materials have gained attention due to their abundance, long life cycle, low cost, and high energy density. MnO2 nanorods can create flexible electrodes for applications in batteries. The preparation of progressive bifunctional electrocatalysts based on textile fiber to produce solid-state zinc-ion batteries will meet the future demands of flexible devices, including those that are already in use in the United States and other countries.enDepartment of PhysicsSP19PhysicsZinc-Ion BatteryFlexible ElectrodesDevelopment of ManganeseDr. Muhammad Aamir RazaqThesis