In the present research, mineral and organic origin eyeglasses (CR-39) were examined with
respect to their potential application in the dosimetry of ionizing radiation by using electron …

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 …

An attempt is made to estimate the neutron spectrum using the CR-39 (Solid state nuclear
track) detector and a new image analyzing program. For this purpose the earlier developed …

This paper discusses the use of threshold detectors of extended sizes for low intensity
neutron fields' characterization. The detectors were tested by the measurement of the …

This article presents the method to evaluate the fast neutron energy spectrum using the
single-crystal chemical vapor deposition (CVD) diamond detector to be applicable on the …

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 …

Optical stimulated luminescence technique is increasingly used in neutron personal
dosimetry, due to its capability of fast readout and potential for re-estimation of absorbed …

Judicious selection of constituents for concrete composite can minimize the concentration of
induced radio-isotopes in the shielding components around the beam loss points of an …

The possibility of using measured prompt gamma emissions from polyethylene to estimate
neutron ambient dose equivalent is explored theoretically. Monte Carlo simulations have …