Preparation of cadmium sulfide inverse opal photonic crystal
Controllable synthesis of cadmium sulfide inverse opal structure photonic crystal film, nanocrystals modified with thioglycolic acid and P (St-MMA-SPMAP) polymer beads were co-assembled, and the inverse opal structure was successfully constructed and used for visible light photolysis. Hydrogen production from aquatic. The results show that under visible light (λ≥420 nm), the photodegradation of Cd S-310 inverse opal structure film has doubled the performance of photodegradation and hydrogen production of cadmium sulfide nanoparticles. This is mainly due to the hierarchical pore structure inverse opal The characteristics of photonic crystals improve the photocatalytic performance of the catalyst: First, the periodic structure of inverse opal increases the propagation of photons in the material and improves the utilization rate of sunlight by the catalyst; at the same time, the walls of macropores are stacked by nanoparticles It provides more reactive sites in the reaction; in addition, the pore structure is conducive to the transport of substances and the adsorption of molecules.
Inverse opal structure photocatalytic material with heterostructure
Inverse opal structure hydrogel photonic crystal
Polymer resin inverse opal structure material
Inverse opal structure titanium oxide anode material
Ordered colloidal crystal template (opal)
three-dimensional ordered macroporous TiO2 microspheres (Inverse Opal)
Three-dimensional ordered porous carbon materials with opal based structure and Inverse-Opal-based structure encapsulated Co/Co3O4 absorbing composite materials (Co@Co3O4/NMCS and Co@Co3O4/NMmC) )
Cadmium sulfide inverse opal structure photonic crystal film
Hydrogen-reduced TiO2 inverse opal structure
Three-dimensional ordered amorphous porous silicon photonic crystal with inverse opal structure
ZnO-SiO_2 composite opal and ZnO inverse opal
Zinc oxide film with
inverse opal structure inverse opal structure Si@ SiOx composite material
Three-dimensional ATO inverse opal structure
Inverse opal structure of siliceous shell/titanium oxide
Inverse opal structure of siliceous shell/N
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inverse opal cobalt doped GO.Ti02 photonic crystal structure of
TiO2 inverse opal structure quantum dot
inverse opal structure of a rare earth material
inverse opal structure microspheres
inverse opal structure of the Ni-doped TiO2 photonic crystals
with different pore sizes TiO_2 inverse opal photonic crystal film
polyethylene Alcohol diacrylate inverse opal skeleton
Ta_2O_5 inverse opal structure photonic crystal
ZnO-CuO three-dimensional inverse opal (3D IO) structure formed by
inverse opal structure basic nitrogen polymer @MOF
inverse opal photonic crystal macroporous structure
porphyrin-silica inverse opal photonic crystal (TPP-SiO2IOPCs)
Inverse opal structure temperature sensing material
Inverse opal structure carbonaceous material
Black Ti O2 mesoporous nanospheres and inverse opal structure
Black Ti O2 inverse opal structure
Reduced graphene oxide (rGO) composite three-dimensional inverse opal material (IO) -SnO2/rGO)
ZnO quantum dots and TiO2 inverse opal composite structure
Porous and ordered Ni-doped TiOz inverse opal photonic crystal
Co ion doped GO-TiO2 inverse opal photonic crystal
An inverse opal photonic crystal with self-repairing function Glue
Inverse opal structure carbon matrix
Rare earth ion doped phosphate inverse opal photonic crystal
Rare earth doped Bi2WO6 nanopowder and Ba TiO3
inverse opal photonic crystal Three-dimensional inverse opal Sn02 and Sn02/rGO composite microspheres
zinc oxide inverse opal macroporous structure frame Surface modified Ag_2S nanoparticles (NPs)
ionic liquid doped polyaniline (IL-PANI) inverse opal film
inverse opal structure photonic crystal of titanium dioxide doped with samarium
Inverse opal structure cerium oxide carbon composite material
zzj 2021.3.29