Tailoring structure and surface chemistry of hollow allophane nanospheres for optimization of aggregation by facile methyl modification
Applied Surface Science, pp. 1454532020.
•Methyl-allophane, a novel hollow nanospherical material, was synthesized for the first time.•Changes in structure and surface chemistry inhibits irreversible aggregation of allophane upon drying.•Methyl-allophane exhibits a less hydrophilic inner surface, a higher structural order and a larger SSA than allophane.•This idea of selective s...More
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