Position-Sensitive Semiconductor Detector for Gamma Rays
Richard J. Kurz, D. Protić, Richard Reinartz, Georg Riepe
Abstract
Richard J. Kurz, D. Protić, Richard Reinartz, Georg Riepe
Abstract
A novel position sensitive semiconductor detector is described using a capacitive coupling method for position sensing. Spatial resolution of 1 mm and energy resolution of 4.2 keV FWHM was achieved (for 137 Cs radiation). The detector is easy to manufacture as compared to conventional position-sensitive detectors. Large area two-dimensional detectors can be made for use as imaging devices.
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A novel position sensitive semiconductor detector is described using a capacitive coupling method for position sensing. Spatial resolution of 1 mm and energy resolution of 4.2 keV FWHM was achieved (for 137 Cs radiation). The detector is easy to manufacture as compared to conventional position-sensitive detectors. Large area two-dimensional detectors can be made for use as imaging devices.
Key concepts: Detector, Semiconductor detector, Physics, Particle detector, Optics, Position (finance), Full width at half maximum, Semiconductor