Development and Analysis of Hydroelectric Cells for Sustainable Energy Production

Abstract

The synthesis Of powder was carried out using the solid State reaction technique, followed by calcination at 7800C for 8 hours. After gel mixing, the powder was formed into pellets and pallets were sintered at 9000C for 2h. The resulting material was characterized using various analytical techniques, including XRD, FESEM, BET, FTIR and photoluminescence spectroscopy. The morphological properties Of the particles were found to be dependent on the type Of surfactant used. XRD was used to analyze the crystallographic planes, while FESEM was used to study the surface morphology and crystallite size. BET analysis was performed to determine the surface area and pore size, and FTIR was used to identify the chemical bonds present in the molecule. V-1 characteristics were used to study the material properties.