Maximum SAR Estimation of a Multiple Channel Travelling Wave System Based on Waveguide Theory

Keywords

able absorbing amplifiers analogously applied arrays assessment assumed backward becomes biomedical body boundary capable caused challenges channel chosen circuit circular coefficient coefficients coil combination common complex computed condition conservative considered consists containing contribute contribution correspond couple described determine dissipated distilled distribution distributions divided division domain dominantly duty electronics engineering entire environment error estimation exceeded excitation excited experimental expressed extension family feeding field fields forward future geometry gradient guided head human in vivo include independent input institute introduced joined laboratory lack length limit local long loops loss losses marks matrix maximal mesh middle modal mode model modes monitoring normalized numerical outlook output peak piece plastic poses positioning post power practice processing propagating pulse radiation relation reliable resolution respect safety scattering scenario section selectively separately setup simulate simulated simulation simulations since smaller solver source splitting stands step structure stubs suitable system theory tissue together transformed treated tube uniform unique virtual voltages wave waveguide worst yielded