Precise identification and quantification of radioisotope in a sample largely depend on the
accuracy of the full-energy peak efficiency of the detector. It is generally observed that the …

Fast nuclide identification with higher accuracy rate is a significant requirement within
nuclear applications. So effective spectrum identification algorithms are developed for low …

A well-calibrated and highly shielded HPGe detector with considerable relative efficiency is
an efficient tool for measurement of naturally occurring radioactive material (NORM) present …

This paper describes prerequisite tests, analysis and the procedure for irradiation of
gaseous targets and production of gaseous radioisotopes ie argon-41 (41 Ar) and krypton …

This paper describes a systematic procedure for characterizing corrugated asbestoscement
roofing sheets and evaluating their radiation status related to the asbestos fibre air …

A Technique of Efficiency Calibration of HPGe Detector Page 1 Libyan Journal of Science &
Technology 7:2 (2018) 100-102 A Technique of Efficiency Calibration of HPGe Detector …

Public radiation exposure to natural ionizing radiation is due to radon and its progeny.
Knowledge of natural radioactivity exposure level is significant for making policy regarding …

Radium contamination in the lakes near uranium mines and its intake by fish and other
aquatic species are of great concern in environmental radiation protection. As an alternative …

Due to the very low concentrations of radioactive nuclides in environmental samples (soils,
water, plants, building materials, etc.) high volume samples are used when employing γ-ray …

The purpose of this research is to determine a minimum of periodic function tests for
measurement validation for environmental samples. In this paper, the EU 152 is used as a …