This paper presents comprehensive insights into the evaluation and benchmarking of real-time skin detectors on the basis of two critical directions.
This approach makes such detectors, if based on Si, fully compatible with existing CMOS fabrication processes[42] that, in turn, opens a way to development of plasmonic IR detector arrays on the basis of the monolithic silicon technology.
Next, the classification of two types of detectors (photon detectors and thermal detectors) is done on the basis of their principle of operation.
The detector is implemented on the basis of 10 mm thick molded polystyrene plates in conjunction with wavelength shifting fibers.
At present, the system for registration of electromagnetic shower component consists of ∼100 detector points built on the basis of plastic scintillator plates with the sensitive area of 0.25 m2 and 1 m2, spread equidistantly over ∼104m2 space.
A high-sensitivity four-dimensional triple-coincidence spectrometer with two detectors is developed on the basis of an autocorrelation single-crystal scintillation time 4π spectrometer and a semiconductor HPGe detector.
The system parameters such as detector thickness and inter-detector distances were optimized on the basis of figure of merit (FOM).
Linearity of the detector response was determined on the basis of calibration curves.
For the future project, Magnetic Tracking Detector (MTD) is designed on the basis of DCBA-T2 and T3.
