There are numerous studies around the world about radon concentrations and their risks to
the health of human beings. One of the most important social characteristics is the use of …

One of the most characterizations of social health is the existence availability of sources
irrigation water. Since the main source of water, contamination is radon gas. Six regions in …

Abstract Clear poly (methyl‐methacrylate)—PMMA—dosimeter is widely used in food
irradiations. Positron annihilation lifetime spectroscopy (PALS) is one of the unique tools …

This study is carried out to establish a correlation between optical absorbance and track
density in CR-39 detectors exposed to different fluences of DT (14 MeV) neutrons. This can …

Abstract Poly-allyl-diglycol-carbonate (CR-39) specimens were irradiated with 5.2 MeV
doubly charged carbon ions using Pelletron accelerator. Ion dose was varied from 5× 10 13 …

This work is based on the effect of different gamma doses with pre‐and post‐alpha‐
irradiated PM‐355 polymer (polycarbonate of allyl diglycol). The phase crystallinity and …

A significant correlation between the track density measured by CR-39 and the affluence
has been found in the current study. This correlation can be used to calculate the expected …

Due to the population's health risk, radon has emerged as a major worldwide health
problem. 50% of the total eugenic radiation dose is caused by radon and its progenies; …

Positron annihilation lifetime spectroscopy (PALS) is one of the unique tools for studying free-
volume defects in solid media. The microhardness test offers a simple and nondestructive …

In this work, a new methodology for rendering profiles of etched nuclear tracks is presented,
using confocal micro-Raman spectrometry instrumentation. The precise profile of etched …