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triple beam chamber

This is the point where all three beams will simultaneously interact with the target. Other chambers will also exist to perform studies with one or two beams (double and single beam chambers).

A system of magnets --dipoles, quadrupoles and octupoles— drive the different beams, focussing them as well, to a coincidental spot. This can be seen on the figure: the semi-cylindrical chamber (in pink) on the right hand side is the triple beam chamber; the one on the left only receives the radiation from two sources: from the linear tandem accelerator at the bottom in the figure, and from the cyclotron.


Sponsors: Comunidad de Madrid | Ministerio de Ciencia e Innovación
Collaborations: CIEMAT | LNF | UAM | UC3M | UNED | UPM