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1989•IEEE Transactions on Nuclear ScienceRequires access

Charge trapping correction in Ge spectrometers

Michael L. Simpson, T. W. Raudorf, Thomas J. Paulus, R.C. Trammel

Open publisher page 20 citations

Abstract

A charge-trapping model is developed which does not require the assumption of shallow-level detrapping. The model shows the charge-trapping deficit to be proportional to S/sub 0/t/sup N/, where S/sub 0/ is the peak amplitude of the shaping amplifier pulse, t is the charge collection time for the carrier being trapped, and 1.5>

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What this paper is about

A charge-trapping model is developed which does not require the assumption of shallow-level detrapping. The model shows the charge-trapping deficit to be proportional to S/sub 0/t/sup N/, where S/sub 0/ is the peak amplitude of the shaping amplifier pulse, t is the charge collection time for the carrier being trapped, and 1.5>

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OpenAlex reports 20 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

A charge-trapping model is developed which does not require the assumption of shallow-level detrapping. The model shows the charge-trapping deficit to be proportional to S/sub 0/t/sup N/, where S/sub 0/ is the peak amplitude of the shaping amplifier pulse, t is the charge collection time for the carrier being trapped, and 1.5>

Key concepts: Full width at half maximum, Trapping, Particle detector, Semiconductor detector, Physics, Detector, Charge (physics), Atomic physics

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