Background In diagnostic X-ray computed tomography (CT) imaging, some applications,
such as dose measurement using the Monte Carlo method and material decomposition …

The aim of this work is to find the energy broadening parameters for organic scintillators as
gamma detectors. A combined experimental and Monte Carlo method was used to …

Abstract Gamma-ray Computed Tomography is an important tool for accessing the internal
details of large objects in different industries such as oil, gas, petrochemical, etc. In this …

Radiation-sensitive field-effect transistors (RadFET) are generally known for the
measurement of total ionizing dose (TID) from gamma radiations. The use of an RadFET as …

The objective of this paper was to investigate a detection system based on a CsI (Na) rod
scintillator for the use in industrial gamma-ray computed tomography. For this goal to be …

Mixed fields of gamma and beta radiations may exist under different conditions such as
radiation dosimetry, PET medical imaging, medical therapy treatments, space radiation …

In this work, a simple position sensitive detector based on rod plastic scintillators was
developed for detection of beta particles. The detection setup consisted of a plastic-based …

The problem of how to precisely estimate the radiation interaction position is an important
parameter in medical and industrial imaging systems. This paper presents a new …

In this work, an industrial gamma-ray-based computed tomography system is constructed
using a 50 cm rod plastic scintillator coupled to PMTs at both ends. The ability of the system …

Reflective materials have an important role in designing the high performance scintillator-
based detectors. The optical reflectivity of these materials has an undeniable effect on the …