Multistep synthesis of heterocyclic Schiff base–derived polybenzoxazines for direct carbonization into N, O, S–co-doped microporous carbons with dual CO2 capture and supercapacitor performance
Key Points
Microporous carbons derived from polybenzoxazines exhibit enhanced CO2 capture capabilities and improved supercapacitor performance, indicating multifunctional applications.
The dual performance metrics highlight the unique advantages of these materials in energy and environment applications, particularly in carbon capture.
Assessment involved a multistep synthesis process to optimize the Schiff base-derived polybenzoxazines for enhanced carbonization outcomes.
These findings support the development of advanced carbon materials, potentially leading to better solutions for carbon capture and energy storage applications.
Multistep synthesis of heterocyclic Schiff base–derived polybenzoxazines for direct carbonization into N, O, S–co-doped microporous carbons with dual CO2 capture and supercapacitor performance | Synapse