Evaluation of the Attributes of Heart Tissue Absorption of RF Radiation and an Enhanced Approach Utilizing Graphene

RF gadgets are essential to daily life. Health issues are emerging from RF absorption. The heart is the most important organ in humans and animals. RF radiation can harm heart tissue in phases. This study examines heart RF absorption and recommends techniques to reduce device RF radiation. A laboratory setup utilizing simulation software positioned the goat heart sample in the middle with a stand and the transmitter and receiver one meter apart. The primary data was recorded at 10° steps from 0° to 360°. At first, information was recorded without an object in the stand, then with a goat heart sample. The figure illustrates how the heart sample absorbs RF radiation more. A graphene shield has been fitted at the RF receiver, and cardiac data was obtained, showing reduced RF absorption in the heart sample. Cross correlation has been investigated between free space data and a heart sample with and without a shield to describe RF absorption in heart tissues. The cross correlation between free space data and heart sample data analyzed with a shield is higher with a value of 570.675 than free space data with just heart sample tissues with a value of 489.335 when the lag data was analyzed for 9 degrees. Though this experiment was done in a laboratory with minimal external RF radiation, it will be much more helpful if a fully closed chamber is used.