Testing the Interaction of Electromagnetic Radiation with Nano/Micro-Conductive Composite Material

The article highlights the fact that testing the interaction of electromagnetic radiation with matter, within nano/micro-conductive composites, can be highlighted by measuring dielectric properties such as permittivity, loss tangent and conductivity, because the amount of electrical energy stored in the electric field depends on the degree of polarization that occurs when a certain voltage is applied to a material. In many fields and applications, such as optics, spectroscopy, medical imaging, communications, power electronics, and many others, the interaction of electromagnetic radiation with matter is essential. This interaction process is beneficial for the creation of innovative materials and technologies, as well as their application in a variety of scientific and technological fields.