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First, CuCl can absorb electrolyte anions (Cl+) on the electrode surface from electrolyte: (CuCl) surface + Cl− + e− ←→ (CuCl Cl−) surface [27], providing more charge storage.
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The N-doped RGO samples were more effective in charge storage than B-doped counterparts (76-fold better) and pyrrolic-N-doped was more effective than pyridinic- N-doped-RGO (1.35 times better).
Trasatti plot corroborates that CCGP provides more inner surface charge storage contribution than CoFe2O4 (CC) and CoFe2O4/rGO (CCG) electrodes.
Meanwhile, the micropores drilled on the mesopore walls can increase the specific surface area to provide more sites for charge storage.
The novel and facile method realize interconnected structure composed of an ultrahigh surface area of N-doped porous carbon and conductive PANI fiber, which can offer more contact area between the electrode material and electrolyte to provide more active sites for charge storage and shorten the pathway for electron transfer.
When the compacting GF is used as free-standing electrodes for supercapacitor, it exhibits more excellent ability of charge storage than that of pristine graphene foams.
Cui et al. reported CNT memory devices exhibiting an extraordinarily high charge storage stability of more than 12 days at room temperature [154].
The Al/S battery exhibits a discharge voltage plateau of 1.1 1.2 V, with extremely high charge storage capacity of more than 1500 mAh g−1, relative to the mass of sulfur in the cathode.
More importantly, the resultant crystalline/amorphous interface greatly increases charge storage sites for improved specific capacitance.
As shown in Figure 8a, the threshold voltage (Vt) shift increased with increasing operation voltage; therefore, more 'hot' holes were generated and injected into the charge storage layer.
Furthermore, we achieved a more controllable and reliable memory effect due to stable charge storage in deep nanoparticle traps, as compared to shallow HfO2 defect states.
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