Replacing non-biodegradable thermoplastics, dialcohol cellulose shells enable sustainable thermal expansion of hollow capsules.
Polar aprotic solvent mediation enables uniform substitution distribution and preserved chain length, resolving irregularity issues.
A double-shell fire-extinguishing microcapsule uses inorganic nanoparticles to enhance thermal conductivity and mechanical stability.
Segmented microcapsules rupture under tensile stress to release healing agents, restoring zonal isolation integrity.
Organoborane amine complexes initiate free radical polymerization at room temperature to form uniform submicron particles.