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| Predictive Exponential Modelling of Gold Nanoparticles Total Surface Area (nm2) and Diameter (nm) with NanoCalc Application in Nanoelectronics. |
Olabimtan Olabode.H, Ngari Adamu. Z, Ashraf Mahmud.R, Suleman Stephen.M & Aronimo Samuel.B
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Abstract:
An exponential model that clearly predicts the total exposed surface area of gold nanoparticles at the same nanoscale dimension has been developed with the adoption of a nano calculator application. Physico-chemical parameters of diameter (nm), solution concentration (µM), and volumes (ml) were simulated from a value of 1 to 10 with the generation of the respective total nanoparticle surface area (nm2). The plot of the total surface areas (nm2) against the diameters (nm) generates an exponential model (y=5.001e0.9216x) and a correlation factor of R2=0.9057. Hence, Gold nanoparticles can effectively synthesize and optimized for diverse applications especially in nanoelectronics.
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