作者: A Khaleghi , MS Eslampanah Sendi , R Chavez-Santiago , F Mesiti , I Balasingham
DOI: 10.1049/IET-MAP.2012.0436
关键词: Radiation 、 Plane wave 、 Frequency band 、 Physics 、 Electric field 、 Intensity (physics) 、 Specific absorption rate 、 Human brain 、 Voxel 、 Optics
摘要: Radio signals can induce an electric field inside the brain, which might be potentially beneficial in treatment of neurodegenerative diseases. For instance, a new method for Alzheimer's disease mice through exposure to radiation mobile phones has been successfully demonstrated. In light these results, studying induction human brain controlled radio is paramount importance eventual development similar techniques humans. this study, authors study 100-1000 MHz as means inducing into non-invasive fashion. A voxel representation body was used numerical simulations, and induced fields tissues (white grey matters) were calculated different incoming wave polarisations. quantitative measure presented together with average specific absorption rate. It shown that intensity two local maxima at 300 600 MHz. These results are important defining optimal frequency band polarisation.