The Mirion BEGe Broad Energy Ge Detector covers the energy range of 3 keV to 3 MeV like no other. The resolution at low energies is equivalent to that of our Low Energy Ge (LEGe™) Detector and the resolution at high energy is comparable to that of …

Gamma-ray spectrometry is a non-destructive technics used to gauge electromagnetic radiation in the gamma-ray spectrum of radioactive sources. This is performed through the procedure of the counting and measuring the energy of individual photon emitted from different elements present in …

Jun 1, 2020 · An electrically cooled Broad Energy Germanium (BEGe) detector has been characterized in the energy range E γ ∼ 0 122 - 7 MeV by utilizing the γ -rays emitted by a short-lived resonance state in 15 O populated through 14 N (p, γ) reaction and standard radioactive source (152Eu).

Oct 18, 2019 · Presented gamma-ray spectrometer consists of Broad Energy Germanium (BEGe) detector BE5030 with relative efficiency ≥ 48%, 0.6 mm Carbon Composite window with 102 mm diameter of endcap in U-Style standard cryostat manufactured by Canberra which offers both high efficiency and good energy resolution (FWHM 2.0 keV for 1332 keV energy line).

Mar 17, 2017 · The BEGe system was able to identify the majority of radionuclides required, including those used for dating a nuclear explosion (95 Zr/ 95 Nb, 140 Ba/ 140 La and 99 Mo/ 99m Tc), and those for discrimination between nuclear …

Nov 30, 2016 · The broad-energy germanium (BEGe) detector, with the ability of background discrimination using pulse shape discrimination, is a competitive candidate for neutrinoless double beta decay (0νββ) experiments.

May 1, 2019 · A four-fold segmented n-type point-contact “Broad Energy” high-purity germanium detector, SegBEGe, has been characterised at the Max-Planck-Institut für Physik in Munich. The main characteristics of the detector are described and first measurements concerning the detector properties are presented.

May 1, 2023 · In recent years, a new series of Broad Energy High Purity Germanium (BEGe) detectors have shown spectral advantages over a Low Energy detector (LEGe) as well as a coaxial detector encompassing an energy range of 3 keV–10 MeV (Nurgalejev et al., 2021).

The BEGe is designed with an electrode structure that enhances low energy resolution and is fabricated from select germanium having an impurity profile that improves charge collection (thus resolution and peak shape) at high energies.

This paper presents results of the development process of low-background, digital gamma-rays spectrometer equipped with Broad Energy Germanium detector (CANBERRA BE5030), multi-layer passive...