Abstract
In order to achieve the widest possible aperture of accelarator magnets, end-shaping is a well known method. To do this one has to deal with the three-dimensional fringe field inherent to each geometry. This may be done experimentally by a cut-and-try method or theoretically by a three-dimensional computer code. In any case, considerable time has to be consumed if one wants to get a conclusion which is a general as possible and which is useful in designing magnets. Fringe field optimazation on the end-shaping of the conventional quadrupole magnet was done by a cut-and-try method, where a very simple geometry of the end pole was chosen to get a general conclusion. The “cut-out ratio diagram” given as a conclusion is useful to designers of the conventional quadrupole magnet.
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