Very Low Field MRI with Giant Magnetoresistance Based Sensors

Keywords

absence acoustic acquisition addition advantages affected applications applied approximately audience bandwidth body bones brain built clinical close coils concentrate contrasts cost couple coupling cryogenic detected detection detector developed developers development devices dimensional diseased efficient enhanced enhancement entire environment even expected feasibility field fields finger flux frequencies generated giant gradient gradients harmony healthy homogeneity implants important in vivo instead instrumentation integrated investigation issues lead light limitation limited linear long loop magneto marrow mechanisms medicine metallic minor mixed mount negligible noise offering offers open operating outperforms parallel perspectives physicists polarization poor power precise presently prostate prototype pulses quality recent resistance resistive resized resolution respected restriction room sample school science sensitivity sensor sensors setup setups several shielded shielding shorter slice specificity spin squid squids static step still strong studies superconducting superconductivity susceptibility switch system systems target temperature tendons tissue tissues transactions transformer tuned volume widening