[en] This book covers the topics essential to γ-and X-ray spectrometry as it is now practiced
with semiconductor detectors in the energy range from 5KeV to 3 MeV. This includes useful …

A new method is proposed for the relative efficiency calibration of HPGe detectors in the
energy range from 50keV to 11MeV. By simultaneously fitting all separately measured data …

The applicability of linear parameter functions for fitting the full-energy peak efficiency of Ge
gamma-ray detectors has been examined in a wide energy range of 50–8500keV, typical for …

An accurate measurement of the 4438 keV γ-ray to total neutron ratio, R= S γ S n, for a
commercially obtained 3 mCi 241 Am 9 Be (α, n) source is described. The total neutron …

The decay scheme of the ground state of Al 26 has been reexamined by measurement of its
γ-ray spectrum with Ge (Li) detectors. The γ-ray spectrum shows very strong positron …

A brief review of efficiency calibration techniques for Ge (Li) detectors is given, and the
necessity for precise interpolation between absolute efficiencies measured at specific …

The prompt γ-ray activation analysis (PGAA) detector, which has been developed at the
Dalat nuclear research reactor, is investigated in this study. The Geant4 model is proposed …

With the aid of a computarized program the relative intensities of the prominent transitions
present in the decay of 152g, 154 Eu, 56 Co, 110m Ag and 125 Sb have been calculated …

The double-escape peak efficiency for several Ge (Li) detectors has been measured
between 1.6 and 11.6 MeV using radioactive sources and gamma-ray cascades following …

Experimental Neutron Resonance Spectroscopy deals with the experimental technique of
neutron resonance spectroscopy. Pulsed accelerator time-of-flight spectrometers and …