One-pot method for preparing novel composite material with one-dimensional pores and catalytic activity

The invention relates to a one-pot method adopted for preparing a novel composite material with one-dimensional pores and catalytic activity. Specifically, the method comprises the following steps: preparing a MIL-53 porous absorbing material with one-dimensional pores by using a room temperature stirring method; adding butyl titanate into a reaction solution; and stirring for several hours to finally prepare the novel composite material TiO2-MIL-53 with one-dimensional pores and catalytic activity. The method is simple in process and easy to operate; absorption and degradation experiments prove that the composite material prepared according to the method is characterized by regular structure, high pore volume and excellent degrading effect for organics; in the method, the addition ratiosof TiO2 and MIL-53 are not limited and the TiO2 and MIL-53 can be coated at any ratio according to the research requirement or practical application requirement. 本发明涉及种具有维孔道和催化活性的新型复合材料合成方法。具体为以室温搅拌法制备具有维孔道的MIL-53多孔吸附材料，并向反应液