Abstract
The beam transport system for the Eindhoven AVF-cyclotron is described. Phase space representation is applied to yield dispersive properties and beam envelopes. The analysis is restricted mainly to a 90° deflecting subsystem composed of two 45° magnets and three magnetic quadrupole lenses. This system allows either a doubly achromatic or a highly dispersive mode of operation. The analysed beam will have an energy spread of 0.5% fwhm with entrance and exit slits of 1 mm width. Currents of 10 μA analysed beam are expected. The total width of the beam does not exceed 20 mm, except horizontally at the position of the two 45° magnets in the dispersive mode. The inner diameter of the beam pipes is 45 mm.
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