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Pseudocapacitive properties of cobalt molybdate hydrates with
Although extensive research has been conducted on cobalt molybdate materials for supercapacitor applications, studies focusing on their hydrate counterparts remain relatively limited.
Simple synthesis and supercapacitor characterization of cobalt
Cobalt molybdate materials have recently attracted scientific interest because of their low cost and redox attributes. However, enhancing their limited electrochemical performance come from
Free-standing nickel molybdate/cobalt phosphate
In summary, this research showcases the successful fabrication of a novel electrode material comprising nickel molybdate nanorods and cobalt phosphate sheets using facile
Phosphorous-containing oxygen-deficient cobalt molybdate as an
Herein, we demonstrate an effective strategy of creating phosphorus-containing cobalt molybdate (CoMoO4) with oxygen vacancies (P-CoMoO4-x) on nickel foam for use as a supercapacitor electrode.
Facile Solid-State Chemical Synthesis of CoMoO4 Nanorods for
Based on this, in this paper, three different CoMoO4 nanomaterials were synthesized by solid-phase chemical reaction using different cobalt salts, and their electrochemical properties were studied as
Simple synthesis and supercapacitor characterization of cobalt
To address this shortcoming, we have devised a simple hydrothermal method for producing a composite powder of cobalt molybdate and graphene oxide (CMG), with the goal of
Synergistic Effects of Cobalt Molybdate@Phosphate Core–Shell
Designing binder-free and core–shell-like electrode materials with synergistic effects has attracted widespread attention for the development of high energy density hybrid supercapacitors (HSCs).
Transition Metal Molybdates Emerging Materials for
We have systematically outlined the effect of structural properties and nanostructures on electrochemical performance of AMoO 4. How the synthesis method affects the surface morphologies is discussed,
Synergistically engineered cobalt molybdate/nickel boride
The present work is involved in the development of amorphous nickel boride-decorated cobalt molybdate nanorods (CoMoO 4 /Ni x B) heterostructures for improved electrochemical
