Flexible Solid-State Supercapacitors with Novel MXene-Based Electrodes ACS_Omega MXene supercapactior electrode
By Hussain AhmedOct 14 2022Reviewed by Megan Craig, M.Sc. Producing advanced electrolytic energy storage technologies requires the scalable and environmentally friendly construction of electrode materials with substantial power and energy densities. These materials should have excellent electrical conductance, strong chemical stability, and a large surface area per unit volume.
Supercapacitors possess notable benefits over typical rechargeable batteries, such as an extended life cycle, greater power density, greater reliability, faster charging and discharge, and reduced pollution. Many nanomaterials studied as electrode materials to improve the interlayer gap of two-dimensional materials in supercapacitors possess inherent limitations for large-scale and uninterrupted manufacturing because of their expensive and complicated production methods.
The assembly of hybrid MXene materials results in a mixture of functional qualities that cannot be produced from MXene alone. Multiple kinds of MXene-based composites can be created by mixing electroactive components such as metallic compounds and conducting polymers with MXene.
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