Electrochemical energy storage behavior of hydrothermally synthesized Y2ZnCoO6/rGO nanocomposite

Synergistic Effect of Reduced Graphene Oxide and BaLaMnFeO6 in BaLaMnFeO6/rGO Composite on Electrochemical Behavior

“…No peak of GO is detected in the XRD pattern of BLMFO/rGO. [ 11 ] The presence of rGO in the BLMFO/rGO composite has further been confirmed in the Raman spectroscopy analysis. Figure a,b Shows the Raman spectra of BLMFO and BLMFO/rGO, respectively recorded with 514 nm excited laser.…”

“…The increased value of specific surface area in BLMFO/rGO composite is ascribed to the presence of rGO on the surface of the microspheres. [ 11 ]…”

“…The composite material demonstrates improved electrochemical performance compared to the pristine BLMFO, owing to the synergistic effects between the perovskite oxide and rGO, which facilitated faster ion diffusion and enhanced conductivity. [ 10,11 ]…”

“…[ 5–9 ] Ongoing research efforts continue to explore compositions, doping, and nanostructuring techniques to further optimize the electrochemical performance of these materials. [ 10,11 ] By advancing the development of high‐energy‐density supercapacitor materials, the researchers aim to realize, efficient and sustainable energy storage systems. [ 12–15 ]…”

Electrochemical Energy Storage Properties of Sm2FeCuO6 Double Perovskite Synthesized via Sol-Gel Route

“…Figure 4f shows the cyclic stability of the Sm 2 FeuO 6 electrode after 2,000 cycles at a current density of 6 A g −1 , demonstrating a retention of ∼72% specific capacitance over 2,000 cycles. 39,47,48 The resistance is combination of electrolyte solution resistance and electrode internal resistance. In low frequency region, beyond charge series resistance, the resistance is called the charge transfer which depends on the area and conductivity of electrode.…”