A Dipole Antenna for Pelvis Imaging at 7T

Keywords

antenna antennas array away background becomes better bladder body bone build ceramic circuit code coil coils computational computed consisted contrast convert copper coverage covers cycle deeper degree degrees design designed desired dielectric difficult dimensions dipole distribution distributions divided efficient electromagnetic elements employing ends energy evaluate examples female field five flowing format frequency generate generating glover goes good half healthy homogeneous human impedance improve improvement indicating kingdom loaded long loop major majority makes many maps matched matching medicine mesh mounted much muscle muscles near nodes nominal noted patient pelvic pelvis penny power problem proceedings produce proliferative propagates properties prostate pulse quality quarter radiative radio receive refocusing required resolution robust sample scanner segmentation segmenting shorter simulation skin snap software spin strengths strip structure structures subject suited surface surprisingly taken tissue tissues transfer transmit transmitting tuned tuning turbo types uniform uterus variation varied view vols volume volunteer wave wavelength written