A 12-Element Receive Coil Array for the Rat Brain at 11.7T

Keywords

able accelerated acceleration achieve achieved advantage although amplifiers anatomical annealing applied approximate arranged array become becomes bench bipolar block bore brain bulb cable cerebellar circuit coil coils company compensate configuration consistent console constructed contribution copper coronal cortex coverage currently decoupling deep demonstrating describe design designed detune developed diameter dimension diode distance dual earlier element elements encode enhancement equipped equivalent expected fields five flexible formation functional gain gradient gradients head health height impedance improvement in vivo individual input instead intensity isolation isotropic laboratory larger largest layout limited loaded magnet manganese matrix measured middle milled mind minor molecular moving national necessary noise offer ohms olfactory onto optimized outputs overlapping parallel penalty phantom placed plated position powered preamplifier projections providing quadrature receive receivers reconstruction removal replaced resolution rows saline sensitivity shaped side simulated slice smallest speed spin sqrt squares stacked supply surface systems take taken tissue transistor transmission transmit traps twelve unloaded utility veins whole width