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C. W. Fabjan and D. Fournier
Fig. 6.36 Optimization of shaping time as a function of preamplifier noise and pile-up noise
Fig. 6.37 Conceptual view of the ‘accordion’ geometry
a calorimeter able to contain high energy showers in an acceptable longitudinal
space). Readout cells were defined by thin copper-beryllium ribbons stretched in
the direction of the beam. The width of the bands (2 cm) and the gap (double gap
of 2 × 1 cm) defined readout cells of 2 cm × 2 cm, smaller than the Molière radius
C. W. Fabjan and D. Fournier
Fig. 6.36 Optimization of shaping time as a function of preamplifier noise and pile-up noise
Fig. 6.37 Conceptual view of the ‘accordion’ geometry
a calorimeter able to contain high energy showers in an acceptable longitudinal
space). Readout cells were defined by thin copper-beryllium ribbons stretched in
the direction of the beam. The width of the bands (2 cm) and the gap (double gap
of 2 × 1 cm) defined readout cells of 2 cm × 2 cm, smaller than the Molière radius