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| Silicon dioxide Nanoparticles Linear Modeling with Aqueous system for direct Agricultural Applications. |
Olabimtan Olabode .H, Batari Musa.L, Samuel Florence. A, Agboni Mercy.O
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Abstract:
The usage of nano-silica dioxide particles with the protection of agricultural products has drawn a lot of interest due to the increased demand for new materials with improved mechanical, thermal, and physicochemical properties. Nano-sized silica particles and their derivatives have been recognized as a reliable approach with a variety of scientific applications. In this regard, a java-based nanoparticle application was adopted in modeling the preparation of a nano-silica powder for direct applications in agriculture especially. Nano-diameter of 100nm, aqueous solution volume of 100ml, and powder mass of 1 to 10mg were predicted for the generated linear model of y= 1.1976x + 0.00013; R2=1 with the nanoparticle solution concentration and the powder mass. The activity of nano-silica as a filler for the production of polymer nanocomposites is indeed a suitable method to boost the value of food packaging technology to the shelf-life quality of food products.
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