… The intensity of the electric field determines the priority of Zn deposition on the electrode
surface. It can be seen from Figure 2c that the zinc ion concentration is low at the position with …

… Herein, we demonstrate a Zn-ion based hybrid supercapacitor (Zn-HSC) through directly …
a novel Zn-ion based hybrid supercapacitor (Zn-HSC), through integrated designing of Zn foil …

… Zn deposition electric field for (f) bare Zn and (g) SAM-Zn. (h) Schematic illustration of the Zn
ion flux distribution of SAM-Zn… the distribution of the zinc ion concentration field. Because of …

… , excellent rate performance (10C) and a long cycling life (1000 cycles), indicating that the
… zinc ion battery cathode which displayed a high specific energy of 144 W h kg −1 and a long …

… Third, highly concentrated electrolyte enables large zinc stripping/plating efficiency, long life
… measurements, which revealed a reversible proton/zinc ion co-interaction at the heteroatom-…

… a relatively low bonding energy between Zn and Cu. Besides, it is … zinc sulfates. Thereafter,
we report a layer-by-layer construction of zinc metal (Sn/Cu/Zn) anode for long-life zinc-ion …

… ||SIR@Zn, and PVDF@Zn||PVDF@Zn cells with an areal … curves of the Zn||Zn and SIR@Zn||SIR@Zn
cells at an areal … d) The long-term stability of the Zn||Zn and SIR@Zn||SIR@Zn cells …

… Accordingly, the symmetric cells with Zn|Sn anode can stably maintain an … Zn|Sn cell
still can operate well for 50 h. Moreover, this stable Zn|Sn anode also enables a full Zn-ion …

… Rechargeable aqueous zinc-ion batteries hold great promise for potential applications in …
of bivalent Zn 2+ and fast reaction kinetics remain elusive goals. Hence, a highly reversible Zn/…

… long-term stability. Herein, we report a high-performance CuV 2 O 6 cathode material for
aqueous zinc-ion batteries and elucidate the zinc-… , accompanied by zinc ion insertion/extraction …