A Method for Designing Gradient Coils with Minimum Maximum Temperature: Theoretical Considerations

Keywords

achieve achieved additional although ambient analytically arrangements assumed assuming asymmetric asymmetrically avoided carries central chosen coil coils concepts conduction considerable considered constraint convection convergent cooling copper cost cylindrical defaulting dense density dependent design designed designing designs directly displaced displays dissipated distribution drastic effective electrical embedded environment epoxy error evenly example experimentally extent extreme field final fish fixed forced former free generates generating genuine gradient guess heating heavily hence improvement improvements incorporates incorporating initial interestingly iteration iterations iteratively layer length linearity little located loss maintain material mathematics mechanisms mild model models moderately modes much must note ohmic operate optimal optimum particularly peak performance perhaps physics portions power predicted preserve previous problem produce properties proposed pursuit quadrant radial radius redesigning redistributed redistributes reduction reductions represented reverse school series sheet simply smoothed solution solved spatial spherical spot spread spreading square surface symmetric system target temperature theoretical thermal took toolbox trans troublesome variety winding windings