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Strip-based Scintillation Detector for Dual-readout High-granularity Calorimetry
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New calorimeter technology is being developed for future collider experiments. We are developing a calorimeter that integrates two technologies, a high-granularity calorimeter and a dual-readout calorimeter, and has high time resolution at a picosecond level. The proposed calorimeter is a sampling calorimeter based on scintillation and Cherenkov detectors with high-granularity readout. The Cherenkov detector has a picosecond level time resolution. For the high-granularity scintillation detector, scintillator strips of 300mm × 30mm ×3mm-thick are aligned horizontally and vertically to realize an effective 30mm-square-cell segmentation. Prototype strips with different designs and scintillator materials were tested to compare the performance.
Title: Strip-based Scintillation Detector for Dual-readout High-granularity Calorimetry
Description:
New calorimeter technology is being developed for future collider experiments.
We are developing a calorimeter that integrates two technologies, a high-granularity calorimeter and a dual-readout calorimeter, and has high time resolution at a picosecond level.
The proposed calorimeter is a sampling calorimeter based on scintillation and Cherenkov detectors with high-granularity readout.
The Cherenkov detector has a picosecond level time resolution.
For the high-granularity scintillation detector, scintillator strips of 300mm × 30mm ×3mm-thick are aligned horizontally and vertically to realize an effective 30mm-square-cell segmentation.
Prototype strips with different designs and scintillator materials were tested to compare the performance.
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