This work presents a detailed radiation shielding study for polymer composites filled with
Boron and Molybdenum additives. The chosen novel polymer composites were produced at …

This study aims to explore the radiation protection properties of white mortars based on
white cement as a binder and Bi2O3 micro and nanoparticles in proportions of 15 and 30 …

Due to the present industrial world, the risk of radioactivity is notably increasing. Thus, an
appropriate shielding material needs to be designed to protect humans and the environment …

The aim of this work is to investigate, in a wide range of gamma-ray energies, the validity of
the “Virtual Point Detector”(VPD) approach to evaluate Full-Energy-Peak Efficiency (FEPE) …

Gamma-ray detector systems are important instruments in a broad range of science and new
setup are continually developing. The most recent step in the evolution of detectors for …

Tomographic gamma scanner (TGS), an advanced γ-ray nondestructive analysis technique,
can locate and analyze nuclides in radioactive nuclear waste, and TGS can be categorized …

The high efficiency of well-type detector is one of its important advantages, when it is used to
determine the low level activity of radiation in many different fields. In the present work the …

Polymer composites reinforced with heavy metals have wide applications in the nuclear
industry as radiation shielding materials against emitted radiation from nuclear equipment …

Most gamma-ray scintillation detectors currently in use are made from inorganic materials
that have a relatively high electron density. Quite often they are used to build multidetector …

ANGLE software for semiconductor detector efficiency calculations-long existing and widely
accepted tool in quantitative gamma spectrometry-has been recently extended to …