水热条件下水合氧化铝(γ-AlOOH)的可控生长研究

γ-AlOOH nanomaterials with various morphologies were facilely synthesized with aluminum slice by hydrothermal method. The influence of preparation conditions including solution, pH value and surfactant on morphologies of γ-AlOOH nanomaterials was studied. Different morphologies of γ-AlOOH nanomaterials such as nanobricks, nanoparticles, nanowires, nanoslides, nanoplates, nanoflowers and hierarchical nanoarchitectures were obtained, and growth controllable gronth of the nanomaterials was carried out and a possible preliminary mechanism was also proposed.