Abstract
A high purity magnetic field matrix shim system for Nuclear Magnetic Resonance has been designed and constructed. The stochastic methods, suitably determined by the parameters obtained from the theoretical analysis, are used for optimization of its coils. The approach to the design ensures the high purity of correcting magnetic fields and minimizes the total shim system power consumption. The measuring technique for the magnetic field space configuration of the matrix shim system for NMR is also presented. The used magnetic induction coil method with the optimal measuring procedure and data analysis are suitable for checking the manufacturing technology.
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