Abstract

This report outlines the system of computational codes used to obtain values for the trim-coil currents to effect an optimal adjustment of the magnetic field in the 88-inch cyclotron at Berkeley according to the method described by one of the authors. The machine computation is traced through steps of analysis of measured field data, determination of restraints for a linear model of the problem, construction of the linear-program matrix, solution for values of trim-coil currents, iteration to improve on this solution, and prediction of orbit properties in corrected field.

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