High purity germanium (HPGe) detectors are deployed globally for gamma-radiation
spectroscopy due to their superior energy resolution. In this work, the essential …

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

A new theoretical approach was used to calibrate and calculate the full-energy peak
efficiency of the NaI (Tl) detectors based on the direct statistical method proposed by Selim …

To calibrate the co-axial HPGe semiconductor detectors, we introduce a new theoretical
approach based on the Direct Statistical method proposed by Selim and Abbas (1995, 1996) …

A new analytical approach is introduced to calculate the full-energy peak efficiency of co-
axial HPGe semiconductor detectors, including the source (with a radius smaller than …

A new analytical method of efficiency calibration is proposed for cylindrical phoswich and
lanthanum bromide (LaBr3: Ce) scintillation detectors. This method depends on the accurate …

In this work we calibrated the NaI (Tl) scintillation detectors (5.08× 5.08 cm2 and 7.62× 7.62
cm2) and the Full Energy Peak Efficiency (FEPE) for these detectors have been calculated …

The 4π NaI (Tl) detectors are usually utilized for low-level radioactivity measurements of
environmental samples in gamma-ray spectroscopy due to the near 4π solid angle and high …

The cross sections of nat Cr (n, x) 52 V, 52 Cr (n, p) 52 V, nat Cr (n, x) 53 V, 53 Cr (n, p) 53 V,
nat Zn (n, x) 66 Cu, 66 Zn (n, p) 66 Cu, nat Zn (n, x) 68 Cu m, 68 Zn (n, p) 68 Cu m, nat Mo (n …

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 …