Analyzing the Radiation Effect on Human Body with Improved SAR using Single Dipole Antenna comparing with 5*5 Dipole Array Antenna

This study's objective is to examine the radiation effect on human body using Innovative Single Dipole Array Antenna in comparison with 5*5 Dipole Array Antenna to Improve Specific Absorption Rate (SAR). For the purpose of statistical analysis, samples from two groups were taken. A total number of 40 samples are collected from 2 groups (From each group 20 samples). Group 1 was a 5*5 dipole array antenna and Group 2 was an innovative single dipole antenna. G-power of 0.8 is used for analysis, and the alpha and beta values, with a confidence level of 95%, are 0.05 and 0.2, respectively. The significance p<0.05. Results: The Single dipole array antenna has 0.7205 higher Specific Absorption Rate (SAR) compared to the 5*5 dipole array antenna is 0.4188. Conclusion: Innovative Single Dipole Array Antenna provides the significantly better outcomes in Specific Absorption Rate (SAR) when compared to 5*5 Dipole Array Antenna. Therefore, the radiation effect on the human body reduces.