Novel design of high-surface-area poly-hollow alumina spheres via a facile ball dropping method based on particle-stabilized emulsions

Submicron mullite hollow spheres synthesized via UV polymerization of Pickering emulsions

“…Because emulsion method is easy to remove template and coat drug, it has been widely employed to prepare monodisperse hollow microspheres or poly-hollow microspheres when combining with ball dropping method or interfacial radical polymerization technology. [34][35][36][37] Both ceramic particles and precursor can be used as raw materials to prepare hollow microspheres through the methodology of emulsion template; 38,39 thus it gets rid of the limitation of material type and could be applied to prepared hybrid hollow microspheres. 40,41 At present, most traditional methods to synthesize hybrid microcapsules require tedious experimental steps and lengthy reaction time or lack excellent morphology.…”

Densification behavior and attrition resistance of porous Al2O3beads prepared by dripping‐ice templating

“…[1][2][3] In particular, porous ceramic beads have aroused extensive concern for their fine fluidity, separability, and good recyclability. [4][5][6][7][8] The porosity and pore structure of porous beads are critical parameters that influence catalysts and adsorption properties. 9,10 A highly open porosity of hydroxyapatite facilitates the release of adsorbed antibiotics, 11 and high specific area and low ink-bottle content favor the catalytic activity.…”

“…Porous ceramic is widely applied in the fields of biomedicine, filtration, and catalyst support, due to their attractive properties, such as high porosity and specific surface area, excellent corrosion resistance, and low thermal conductivity 1–3 . In particular, porous ceramic beads have aroused extensive concern for their fine fluidity, separability, and good recyclability 4–8 . The porosity and pore structure of porous beads are critical parameters that influence catalysts and adsorption properties 9,10 .…”