Abstract Effects of high-dose neutron irradiation on chemical and optical properties of CR-39
were studied using FTIR (Fourier Transform Infrared) and UV–vis (Ultraviolet–Visible) …

A multi-shell single sphere moderating assembly has been designed and developed to
measure the neutron spectra in which the optically stimulated luminescence (OSL) detector …

Neutron spectrometry in science and technology applications in general and accurate exotic
photoneutron (PN) dosimetry of cancer patients undergoing high-dose high-energy X-rays …

A systematic study on the measurement of neutron spectra emitted from the interaction of
protons of various energies with a thick beryllium target has been carried out. The …

A simple and efficient approach has been developed for rapid assessment of α-particle
fluence and/or dose using CR-39 detectors and FTIR spectroscopic technique. The …

The present work shows the induced modification of the structural, optical, chemical etching
and electrochemical etching parameters of CR-39 irradiated with alpha-particles. CR-39 …

In this work, measurements were carried out in a standard thermal neutron facility using CR-
39 detector combined with boron converter to study the dose response of CR-39 for thermal …

Fast neutron spectrometry and dosimetry at a specified location in a compact radiation
environment is difficult due to large size of the conventional neutron spectrometers. In such …

The study demonstrates the capability of the newly developed LiAlO 2: Gd 3+, a thermal
neutron sensitive phosphor as a potential dosimeter for personnel dosimetry applications …

The first empirical equation is presented in this paper to characterize the behavior of the bulk
etch rate (V b) with the UVC dose. The V b value increased nonlinearly with UVC irradiation …