This review places porous carbon hosts at the center of analysis for Si/C anodes. It summarizes hard templating, soft templating, combined templating, template-free synthesis, and etching strategie...

This review focuses on the surface chemistry of porous carbons, including heteroatom functional groups, doped heteroatoms within carbon rings, and topological defects. It covers applications in sep...

This review summarizes systematic design and characterization strategies for MOF-derived carbons (MOFdCs). It discusses how pyrolysis temperature, gas environment, and template MOF structure influe...

This review compares resin-derived and biomass-derived carbon aerogels for supercapacitors and rechargeable batteries. Resin-derived aerogels offer high surface area and tunable pores but poor mech...

This review examines biomass waste as a precursor for porous carbon materials for CO₂ capture. It evaluates the roles of porous structure, pore size/volume, and heteroatom doping in adsorption perf...

This open-access review positions lignin as a promising precursor for porous carbon CO₂ adsorbents. Lignin is the most abundant aromatic biopolymer, with the highest carbon yield (~40%) among biopo...

This review systematically summarizes preparation strategies for ZIF-derived hierarchical porous carbons (ZIF-HPC), including direct carbonization, hard templating, and soft templating. It highligh...

This open-access review examines porous carbons specifically for hydrogen storage via adsorption. It compares porous carbon with MOFs, COFs, and PIMs, highlighting porous carbon’s advantages in che...

This review focuses on the precise regulation of pore structures in porous carbon materials for CO₂ capture. It systematically summarizes pore construction strategies including precursor design, te...