Abstract
The effect of a SNAKE, a flexible equipotential bar, on the shape of the fringe field of a charged-particle spectrograph magnet has been measured and compared with model calculations. Extensive field measurements have been made at several magnet excitations and for different shapes of the snake. The results verify that the “Effective Field Boundaries” (EFBs) of a magnet can be easily adjusted with the device described, after manufacture.
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