Gamma-ray self-attenuation corrections in the energy range 60–2000keV were evaluated by
means of Monte Carlo calculations for environmental samples in a cylindrical measuring …

Naturally occurring radionuclides can be categorized into two main groups: primordial and
cosmogenic, based on their origin. Primordial radionuclides stem from the Earth's crust …

In this paper, we describe a method of calibrating of efficiency of a HPGe γ-ray spectrometry
of bulk environmental samples (Tea, crops, water, and soil) is a significant part of the …

In this work empirical functions which relate the full-energy peak efficiency with sample
height, energy, matrix composition and bulk density for voluminal samples in a cylindrical …

The use of 911 keV and 129 keV γ-line intensity ratio has been applied for self-absorption
correction of the 63 keV 234 Th (238 U) and 186 keV (226 Ra and 235 U) lines in typical …

[en] A nonlinear function was applied in combination with the method of mixing activity
calibration for fitting the experimental peak efficiency of HPGe spectrometers in the 50-2614 …

A computational code, based on the genetic algorithm and MCNPX version 2.6 code was
developed and used to investigate the effects of some important parameters of HPGe …

The essential issue in analyzing the activity of 238U in an HPGe detector based gamma
spectrometer via 63.3 keV line is relating to the strong self-absorption of this weak gamma …

The control and monitoring of radioactive elements in foodstuffs is fundamental for human
health maintenance. This work presents procedures to measure radioactivity levels in …

Gamma spectroscopy was performed on Marinelli beaker standards containing soil with
different densities of ρ= 1 to 1.5 gr cm-3 upon using a HPGe detector. The spectra were …