A Meta Surface Material Based Patch Antenna for Future Wireless Sensor Space Craft 5G Systems

As per latest technology and development, wireless sensor-based spacecraft design techniques are being using to detect the geometric parameters of humans become a future of innovative research. The meta surface are the periodic structures having doped semiconductor, metallic, and dielectric titanium as materials that are intended to interact with electromagnetic waves to enhance the performance of the radiator. Moreover, the meta surface has great potential as a high refractive index sensor for the detection of wireless sensor systems. In this paper, we are going to present a dielectric FR4 epoxy structure-based meta surface patch antenna. It is highlighted that the proposed antenna has a maximum reflection coefficient of -50 dB, with a valued gain of 9 dBi and a specified bandwidth 8 GHz at the resonating frequency 17 GHz. Our results demonstrate that the meta surface has a promising ultra-sensitive qualitative exposure in chemical and temperature sensing, with a low profile features. The proposed antenna have been measured and fabricated with the designed antenna parameters.