Aswan, Nanotechnology Research Centre NTRC, High Institute of Energy South Valley University, Egypt.
Abstract
This paper has been enhanced the dimensions of the microstrip antenna namely; the height of the microstrip antenna with and without slot substrate and the width of the patch microstrip antenna, by using nanocomposite materials which are composed of RT Duriod 5880 with nanofillers (Fumed Silica, Aluminum Oxide and Graphite). In this research, it has been innovate novel nano-composite materials as a substrate for the microstrip antenna by adding nano-fillers to RT Duriod. Also,it has been demonstrated that the height and width of the suggested model for the microstrip antenna smaller than the conventional rectangular microstrip antenna. The suggested nano-composite material has been investigated efficient and compact microstrip antenna, compact size, simple fabrication and increase radiation, bandwidth and surface wave power of microstrip antennawith and without slot.
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