Journal: 12(4): 12-22, 2020; Article no.ARJA.56557

Journal: Vol. 12, No. 8, 2020

Platinum nanoparticle electrode modified by iodine monolayer (PtNPs/I) has been designed to simultaneously determination of Pb2+ using square wave voltammetry (SWV), the analyzed the anodic peak current and anodic maximum potential is done. The scanning electron microscopy (SEM) and Energy-dispersive X-ray spectroscopy (EDX) demonstrate some fascinating characteristics of the uniform particle distribution, growth and self-assembly of the iodine-modified platinum nanoparticle. The also examined the effect of the concentration of lead and the effect of the scan rate on anodic top parameters. The results show that the anodic current peak increases and that the anodic peak potentials increase in comparison to the clean electrode to a negative value. The have noticed that lead and scan rate increases, anodic peak current increases. As the lead concentration and scan rate increase, the anodic peak potential changes to more positive values. The easily reproducible RSD 5% (n=5) removal peak current for heavy metal ion was shown under ideal conditions. For a pre-concentration time of 120 s, the linear ranges are between 1 to 100µg. L−1. For lead ions, the concentration limit was measured as 0.408 µg. L-1 using the improved analytical process. The transmitter was a lead ion with a 0.215 µA/µM-cm2 range, with a measurement maximum of 0.01 µM.

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Journal: AIP Conference Proceedings 2339, 020221 (2021)

This research paper aims to review the applications of artificial intelligence in energy and to develop a future vision for new applications. The research methodology focuses on clarifying the basic concepts of approaches to artificial intelligence (AI) and renewable energy and developing a visualization of the link between them.

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Journal: International Journal of Engineering and Artificial Intelligence Vol 2 No 1 (2021) 60–70