Morphology library of nanosilica based on a thermally induced deformable template.

Yukun YuanKangmin ZhangXiaofei LiMingyuan WuQingyun WuJiuyi LiuJianjun YangJianan Zhang

Published in: Chemical communications (Cambridge, England) (2022)

We report a versatile platform for the synthesis of shape-tunable nanosilica based on a thermally induced deformable template with diverse morphologies ranging from spheres, horns, ultrathin nanosheets, and rings to belts. This was realized by creating soft templates from a pair of anionic/cationic surfactants.

Keyphrases

high glucose
diabetic rats
molecularly imprinted
quantum dots
high resolution
liquid chromatography