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Abstract #0699

Practical Design of a High-Power, High-Homogeneous, Actively-Shielded, Bo Insert Coil, Capable of +/- 1.0 T Field-Shifts & Stand-Alone, Low-Field Imaging

MAGNA25Chad Tyler Harris1, William B. Handler1, Blaine A. Chronik1, 2

1Physics and Astronomy, University of Western Ontario, London, Ontario, Canada; 2Imaging Research Laboratories, Robarts Research Institute, London, Ontario, Canada

 

Keywords

achieved active actively adequate allow allowable alone animals applications assuming astronomy authors available axes axis bandwidth better capability capable casing chiller coil coils combination combined commercially complete concepts connected constrain constrained construction control cooling corresponds critical cross currently cycle cycled design designed designing details detection development deviation diameter diameters distributed drastic duty efficiency enhanced extending field fields five gaps gilbert gradient hole hollow homogeneity improvement included individual inductance inhomogeneity inner insert institute integration iterative laboratories layer layers length limiting listed local located made magnitudes maintained maintaining manage modern modest modulated modulation note noted obviously outer outside past phys physics placed power practical primary produced prolate proposed pulse quite radial read reasonable required requirement requirements requires resistance respect respectively section series several shield shielded shielding shim sink solenoid spheroid square stability stages stand steady strength sufficient system systems table target task topologies uniformity various view water western width windings wire wound years