Multi-Purpose, Flexible Transceiver Coil for Musculoskeletal MR Imaging at 7.0 Tesla

Keywords

absorption acquisitions adds ankle applicability applications architecture around array assure axial benchmarked bended bending beneficial broadens cable campus capacitors carotid ceramic challenges channel characteristics circuit clinical coil coils comfort conceptually conductor configuration configurations connector covered depth derived design designs dielectric distributed dotted duke electro eloquently enhanced equally etched examined experimental extend facility family field flexibility flexible foam form gain gains geometry glands gradient hand highest human improvement included incorporated indicate intrinsic invested joints knee layout limit loaded local loop losses matched matching middle might mimic mitigate model molecular opportunities patient phantom phys placed placing planar plus polyurethane positioning power predominantly produced profile profiles promise properties proposed proposes prototyping quality rapid reality receive recent recognizing rectangular reflection renders resolution rigid safety section semi sensitivity sides significantly simulation simulations slices solid spatial spherical studies styrene substrates suitable superior tailored tissue together tools transceiver transmit tuning ultrahigh unloaded versatility view views virtual width wrist