Analysis of the detective quantum efficiency of a neutron image plate detector
Sergey Masalovich
TL;DR
This paper derives a comprehensive formula for the detective quantum efficiency (DQE) of neutron image plate detectors, analyzes the effects of various processes on DQE, and compares theoretical predictions with experimental measurements of a commercial detector.
Contribution
It introduces a general DQE formula for neutron image plates that accounts for all key system parameters and validates it against experimental data.
Findings
Theoretical DQE formula aligns with experimental measurements.
Various system parameters significantly influence the DQE.
The analysis helps optimize neutron imaging detector performance.
Abstract
The aim of the present note is to derive a general formula for a detective quantum efficiency (DQE) of a neutron image plate detector which includes all essential parameters of the system. Relying on that formula, the effects of a variety of processes involved in the formation of an output signal are discussed and estimated. The theoretical value of the DQE is compared with the experimental one measured for the commercial neutron image plate BAS-IP ND 2025 (FUJIFILM).
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