Assembling And Structural Identification of Graphene and Brophene Silver Oxide-Based Nano Composites for Environment Protection and Photo Catalysis and Treatment of Lethal Material
Keywords:
graphene, brophene silver, oxide-based Nano composites, environment protection, photo catalysis, lethal materialAbstract
The best carbon two-dimensional materials are graphene oxide and borophene oxide, which have special optical, electrical, mechanical, and fundamental thermal characteristics and may be combined to make composite materials under various favourable conditions. We produced the graphene and borophene nano composite for this work using a few unique oxides based on silver. The fundamentally optimal methods the manufacture of graphene from carbon ore graphite powder was chosen to use the Hummer technique. It was ascorbic acid that converted this graphene into its reduced form. The characteristics of graphene and brophene increase as they are reduced to their reduced graphene state, leading to a planar distance increase. The nanocomposite of graphene and borophene was being created using the Turkevich type technique. Confirmation of the distinct functional group in the product was detected using Fourier transform infrared spectroscopy. The authenticity of these compounds is further supported by their XRD spectra. Comparable methods reveal that the Raman spectra's D and G band values are lower than their true values. Based on oxide composite based on silver, the results demonstrated a degradation of the methylene blue dye of up to 74.34%. Thus, it was determined that the substance being assembled would be used for the breakdown and degradation of another deadly contaminant found in industrial wastewater.
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