Technology Development for Sub-0.3 Mm Voxel Functional Imaging of the Murine Forepaw Barrel Subfield at 400MHz (9.4T)

Keywords

accommodate achieve achieved acquisition activation adjusted allowing allows amplifier animal appropriate attached attempting audience barrel bench biophysics bishop board bold brain build building cable capacitance capacitor ceramics circuit circuits coil coils college column commercial comparable completed components computed configuration connected connects control copper corpus cortical cubic design designed detune detuned developing development dimensions diode diodes distinct double electronically epoxied equivalent etching field fixed fold frequency functional going gradient graphically ground hardware health height highest impedance individual involved isolation japan load loop loss machined made match maximize meet micron necessary negated noise ohms ounce overall overly path pinpoint pixel power previously procedure produce product radio reconstruction required researcher resolution resolutions return rogers routinely selecting selection series shielded sides significantly silver site slice smaller software soldered specifications station streamline structure structures studies subfield successful sufficient surface table target technical technician technology though trace transmit transverse tune tuning typical unable unseen utilizing voltages wire