Surface Engineering of Latex Nanoparticles for Improved High-Temperature Energy Storage

Key Points

• Enhanced energy storage observed in engineered latex nanoparticles under high-temperature conditions, indicating potential for improved performance.
• Energy storage capacity increased by 30% in tests compared to standard latex formulations.
• Experimental analysis focused on surface engineering to optimize thermal stability and energy retention.
• Findings support the potential for widespread application in high-temperature energy storage systems.

Abstract