Desenvolvimento de um supercapacitor líquido nanoestruturado fotossensível

Abstract

With the advances of nanotechnology, the increase in adepts to the use of small-scale devices is growing considerably and can be observed in products marketed with information that something was built on nanoscale, such as processors in notebooks and desktops with a structure of 7 nanometers. Modern physics explains that as a particle size decreases, unicities become interesting and can even define new properties in its nanostructure, whether electrical, chemical or physical. The decrease in scale can consequently generate changes in the constructive patterns of the macrostructure and may generate a new component. Based on the study of the iron oxide nanoparticles (NPs), which have rising electrical properties and also improvements in chemical reactions between atomic structures, it is promising in energy storage and with photosensitive characteristics, which provides possibilities in the forms of charge transfer. To store energy, the possible photonic interactions in the iron oxide nanocomposite with an electrochemical supercapacitor (SC) format will be analyzed. The analysis will be developed by a digital capacimeter integrated with a graphical platform for quantitative analysis on the capacity of load storage due to storage density, having as constant experimental temperature, humidity and electromagnetic incidence in the act of measurement capacitance.