Real time magnetic supercapacitor with antiferromagnetic nickel hydroxide based nanocomposite

Magnetic Supercapacitors-Particle Morphology Have Significant Impact on the Electrochemical Performance

“…Therefore, the percentage increment in the specific capacitance was the highest in PR2, i.e., ∼55%. This enhancement in the specific capacitance is much higher than that reported in a few of the previous reports. − The variation of specific capacitance values under the external magnetic field for different morphologies is depicted in Figure d. The effect of the magnetic field on the specific capacitance was also reaffirmed by the CV profiles.…”

“…Magnetic supercapacitors have been attracting a lot of attention over the last few years. − A new theoretical model has also been established to explain the origin of magnetic field dependence in such energy storage devices . Quite interestingly, magnetic-field-dependent modulation has now been reported in Li-ion batteries. − The behavior has been observed in systems, which have magnetic oxides as the electrode material.…”

Advances in pseudocapacitive and battery-like electrode materials for high performance supercapacitors

“…This ternary electrode delivered a capacitance of more than 1000 F g −1 and retained 97% of this initial value after 3000 cycles. A real-time magnetic SC with the ternary PANI/Ni(OH) 2 /rGO composite electrode has been demonstrated by Viswanathan et al 581 The composite was prepared though the oxidative polymerization of aniline along with glacial acetic acid in the presence of GO and nickel sulphate. In the presence of a magnetic field of 625 μT, a capacitance of 19.14 F g −1 and a CR of 85.19% after 5000 cycles were obtained.…”

Preparation and Characterization of Nickel Oxide for Antibacterial Properties

“…Nickel oxide (NiO) particles are important materials and NiO, a compound that is very chemically stable and has the right chemical, electrolytic, and optical properties has garnered considerable interest in which are extensively used for broad range of potential applications such as magnetic supercapacitor with antiferromagnetic material [1], gas sensors as a catalyst [2], electrochemical, antibacterial [3], electrochromic devices [4], catalysts [5], dye sensitized photocathode solar cells (DSSCs) [6], smart windows [7], fuel cells [8]. These particles have applications in the field of nanoscience as lithium-ion battery anode material [9].…”