A Low Field Dual Channel Heteronuclear RF Probe for Hyperpolarized Magnetic Resonance Imaging at 0.0475 T

Keywords

ability account acetate acid acquisition addition additional advantageous affords agents allowable analyzer applicable applied arising availability become bowers capacitors carbon cause channel chem chemical coil coils commercial compounds condition conditions consequently consisted constructed containing contrast conversion cross decay delay dependence described design detected detection development dielectric direct dominate dual dynamic engineering enhanced enhancement enriched equivalent examination extrinsic field fixed flux form frequencies frequency funding geometry greater human identical in vivo independent individual induced inductance induction inductors initial institute instrument laboratories layout leading lengths little long loop losses magnet matching mechanisms metabolism metabolites meters model molecular moreover nature network noise nuclear opportunity optimizing parallel particular permits permitted phantom phys physics polarization polarized potentially previously probe process properties proving reopens resonators roman saddle sample samples scientific sensitivities sensitivity series several simulating singe situ sodium solenoid specifically spectral spectroscopy spectrum spin subject synthesis system technologies thank transfer tuning turn turns utility variable voltage wire wound yielded