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| Theoretical Formulation of Silicon dioxide Nanoparticles with NanoCalc Android Application as Required in Agro allied Sector. |
Benjamin Abu. E, Olabimtan Olabode.H, Aronimo Samuel. B, Akinlotan Oluyinka.O, Akinwande Esther.O
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Abstract:
The adoption of nano-silica dioxide particles for the benefits of agro-allied products has attracted some significant interest because of the expanded and improved physicochemical characteristics they offer. Nano-dimension silica particles and their subsidiaries have been acknowledged as a solid approach with an assortment of scientific applications. The simulation and modeling of nano-based chemically active particles is relevant to the understanding of the processes, scaling-up of the experimental conditions, and facility requirements. The modeling that relies on the implementation of physical models with a java-based nanoparticle application was applied to demonstrating a simplified computation of a nano-silica powder and solution for direct applications in agricultural post-harvest activities in particular. Nano-measurement of 100nm with an aqueous volume of 100ml and mass factors of 1 to 10mg declares a direct framework with NanoCalc, the android nanoparticles calculator. It remains a fact that the advantages of nano-silica particles as filler for the medium of preserving and packaging of food products are certainly novel directions nanotechnology is exploiting in the agricultural sector.
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