Abstract
Abstract The beam size monitor, proposed here to be installed at the focus of the FFTB, will be made of a pulsed gas target and an ion detector. The gas is ionized by the beam and the ions are kicked by its space charge field. The time of flight of Ar + ions up to the detector and the angular distribution of He + ions will allow one to obtain the two beam transverse dimensions in the range of the FFTB design.
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