<p>➀ This study introduces a hyperstable aqueous zinc-ion battery (AZIB) using Mo1.74CTz MXene as the cathode material, offering significant performance improvements and long-term stability.</p><p>➁ The Mo1.74CTz MXene-based battery achieves a high specific discharge capacity and excellent cycling stability.</p><p>➂ The research addresses the growing demand for efficient energy storage and could drive broader adoption and commercialization of sustainable energy solutions.</p>
Related Articles
- Dispersions Hold the Key for Carbon Nanotube Success, Finds IDTechEx4 months ago
 - Picometric Spectroscopy of Hydrogen Molecules in Atomic Nanocavities6 months ago
 - Cold Sintering Solves Battery Challenge6 months ago
 - Dual MOSFET For Supercapacitor Balancing8 months ago
 - Sensor Technology for Safe Hydrogen Utilization8 months ago
 - Ion Transport in MXenes: Advancements in Energy Storage8 months ago
 - Funding for Research Project on Sustainable Sodium-Ion Batteries9 months ago
 - Promotion for Research Project on Sustainable Sodium-Ion Batteries9 months ago
 - Eos Energy: This Small-Cap Will Keep Running In 2025 And Beyond9 months ago
 - Lithium-Sulfur Battery Retains 80% Capacity10 months ago