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    Graphite artificial synthesis

    Time:2023.05.24Browse:1

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    (1) Taking natural scales graphite as raw materials, use Hummers legal oxygen graphite, and use thermal peeling into graphene, or use ultrasonic dispersion to divert into graphene, and then chemically restore into graphene. Use SEM, TEM, HRTEM, XRD, and RAMAN systems to examine the appearance and structure of graphene.

    (2) Taking graphene as the basis, titanate tetraododes as titanium sources. First, the solution-water thermal legal system is used to prepare titanium dioxide/graphene nano-composite materials. Use XRD, SEM, TEM, and RAMAN to characterize the crystal structure, granular appearance and chemical composition of titanium dioxide/graphene nano -composite materials. The results show that the synthetic titanium dioxide nanocrystal is a sharp titanium structure, the crystalline condition is good, titanium dioxide and graphite The composite effect is better. The photocatalytic performance of nano crystals was studied, and the results showed that titanium dioxide/graphene catalytic performance was high.

    (3) Taking graphene as the base, zinc acetate is a zinc source, and a solid -based legal system is used to prepare zinc oxide/graphene nano -composite materials. The results showed that the synthetic zinc oxide nano crystal was a hexagonal fibrous zinc ore structure, and it was a single crystal structure. The composite effect of zinc oxide and graphene was ideal. It also studied its optical catalytic performance. As a result, it showed that graphene/zinc oxide had a high catalytic efficiency, determined the fluorescent effect of composite materials, and discussed the mechanism of improvement of graphene/zinc oxide catalytic catalytic efficiency.

    (4) Taking graphene as the base, cadmium acetate is cadmium, sulfur sulfur is sulfur sources, and cadmium sulfide/graphene nano -composite materials are prepared by solids. Results showed that the synthetic cadmium sulfide nanocrystal was structured, and the composite effect of cadmium sulfide and graphene was very good. It also studied its optical catalytic performance, and the results showed that composite materials have high catalytic efficiency

    Heat conductive graphite characteristics

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