Detection of SAR and Penetration Depth of EM waves on Human body with respect to Cellular 4G/LTE Base Stations

  • GVS Brijesh
  • Naveen N
  • Ankit Chaurasiya
  • Naga Teja
  • Devasis Pradhan

Abstract

The advancement of cell phone correspondence design on the planet has further developed, leading to public worry over conceivable medical problems and openness to radio recurrence of electromagnetic energy produced from the cell base stations. The miniature strip fixes receiving wire display a huge job in electromagnetic energy communicating and getting conditions in a cell phone. In day-to-day existence, people are impacted by the electromagnetic radiations produced from cell base stations. Because of the intricacy of the human body structure, the estimation of the impact of the radiation is so troublesome. Two central points are predominantly considered among different elements while considering the impact of radiation from cell base station, they are specific absorption rate (SAR) and skin depth (SD). The specific absorption rate (SAR) and skin depth (SD) are straightforwardly registered as more complicated. In this paper, we assess the mathematical investigation of the SAR and SD concerning the genuine utilization of working recurrence of the cell phone for 4G/LTE correspondence. To start the model, MATLAB recreation devices were utilized and the result from that model was dissected results were contrasted hypothetically and with different scientists.

Keywords: SAR, Penetration Depth, Skin depth, LTE, Base stations, Electromagnetic Wave, Conductivity.

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References

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Brijesh, G., N, N., Chaurasiya, A., Teja, N., & Pradhan, D. (2022). Detection of SAR and Penetration Depth of EM waves on Human body with respect to Cellular 4G/LTE Base Stations. Asian Journal For Convergence In Technology (AJCT) ISSN -2350-1146, 8(2), 09-14. https://doi.org/10.33130/AJCT.2022v08i02.003