A Stand-Alone System for Concurrent Gradient & RF Sequence Monitoring

Keywords

added address allows alone amplifier amplifiers analog approx arbitrary arranged assuming available balance band bandwidth biomedical blocks boost building built calibration camera capability capillary challenges circuit coils compound concurrent concurrently consisted containing continuous conversely copper corners coupling cubes custom decay demodulation derivation destroy development diameter digital doped dual echoes enabling engineering equipped except excitation excited fast field fields filters finite fluorine formation forming frequencies frequency glass goal gradient head individual inner input institute instruments interleaved interpolation interval introduced least length made maintenance matching module monitoring moreover national nested noise observation operating output permits played potentially power preceded precise precision preventing probe probes procedures processing produced programmed proton pulses real receive receivers record recording recordings required robustly sample saturate selective sensor sensors separately serve served sets setup solenoids spectrometer speed spin spurious stage stand strong suppression switch system systems temporal thereby tool transmission transmit tuning turn useful valuable verification volume wire yielding