High-Temperature Superconducting Radiofrequency Probe for MRI Applications Operated Below Ambient Pressure in a Simple Liquid-Nitrogen Cryostat

Keywords

according accuracy accurately actual addition alignment alternative ambient amplitude animals appeared applications avoiding away behavior better biological body brain carriers chamber coil coils cold complex conducting constant contact control controller cooled cooling copper coupled coupling critical cryogenic cryostat decrease decreases decreasing dedicated delivered derived design digital distortion done dramatic earth efficiency electrical ensured entirely equation evaluated even except expected extrapolated field fields finally finger flux formation frequency fringe gain gains granting hall implemented imposed improve improvement indication initial inside investigated involved jean larger layer layers liquid little local loop measure measured micro miniature monitoring mounted mouse much nitrogen noise occurring offset onto operated orientation orientations orthogonal particularly parts performances poorly position practice pressure previous previously probe probes quality rather reached regulation related reliable reservoir respectively room sample sapphire significantly simple since specimen stability static stay steady strength successfully superconducting surface system taken tangential tangentially temperature thermal trend univ unloading vacuum vapor