Speaker
Erich Ward Varnes
(University of Arizona (US))
Description
We report on a conceptual design for a noble-liquid-based EM endcap
calorimeter, where the absorber plates and readout electrodes are
arranged in a turbine-like geometry. This design allows for
frequent shower sampling and highly granular readout, without
introducing cracks in phi. Furthermore, it can be constructed from multiple
copies of a small number of absorber and readout board designs. The implementation
of this geometry in the ALLEGRO detector simulation and initial simulation results will
be presented.
Primary author
Erich Ward Varnes
(University of Arizona (US))
Co-author
Prof.
John P. Rutherfoord
(University of Arizona (US))
