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Super-macroporous material for loading copper oxide nanometer wire
The invention discloses a super-macroporous material for loading a copper oxide nanometer wire. The super-macroporous material is characterized in that the super-macroporous material is used as a carrier by utilizing the ultralarge-aperture structure of a natural macroporous material, and the copper oxide nanometer wire grows on a pore wall of a pore channel by a hydrothermal reaction; the operation is simple and convenient; the nanometer wire grows well and is vertical to the pore all, uniform in size and stable in performance. The super-macroporous material for loading the copper oxide nanometer wire, prepared in the invention, is a novel nanometer composite material and has important application in the field of catalysis.
Super-macroporous material for loading copper oxide nanometer wire
The invention discloses a super-macroporous material for loading a copper oxide nanometer wire. The super-macroporous material is characterized in that the super-macroporous material is used as a carrier by utilizing the ultralarge-aperture structure of a natural macroporous material, and the copper oxide nanometer wire grows on a pore wall of a pore channel by a hydrothermal reaction; the operation is simple and convenient; the nanometer wire grows well and is vertical to the pore all, uniform in size and stable in performance. The super-macroporous material for loading the copper oxide nanometer wire, prepared in the invention, is a novel nanometer composite material and has important application in the field of catalysis.
Super-macroporous material for loading copper oxide nanometer wire
ZHAO YAYUN (author) / LI XING (author) / ZHAO XIUHUA (author)
2015-05-20
Patent
Electronic Resource
English
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