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Radiation detection for OSI - A study of non-He-3 neutron detectors

Poster presented at CTBT: Science and Technology 2019 Conference, 24 to 28 June 2019, Vienna, Austria
: Bornhöft, Charlotte; Köble, Theo; Schumann, Olaf; Risse, Monika; Glabian, Jeannette; Friedrich, Hermann; Berky, Wolfram; Rosenstock, Wolfgang

Poster urn:nbn:de:0011-n-5496417 (1.8 MByte PDF)
MD5 Fingerprint: 91071fb1fe5f19d9504ad2fd893a37df
Created on: 4.7.2019

2019, 1 Folie
Science and Technology Conference (SnT) <7, 2019, Vienna>
Poster, Electronic Publication
Fraunhofer INT ()

Within the past decade a significant shortage of He-3 and consequently an enormous increase in cost has occurred. Detectors equipped with He-3 are widely used in neutron detection applications, e.g. by first responders, during on-site inspections, and in other applications where nuclear and radioactive material has to be detected, localized and possibly identified. Therefore replacement materials need to be considered, selected, implemented in corresponding detectors, and thoroughly tested. Another development in the field of hand-held radiation detection devices focuses on simultaneous neutron and gamma ray detection with a single scintillator. These may lead to a new type of small and efficient hand-held devices, utilizing non-He-3 neutron detection. The outcome of a study of the scintillators CLYC and CLLB which allow a simultaneous measurement of gamma and neutron radiation will be presented in this contribution. Additionally, results with a neutron detector implemented in a wearable Radiation Isotope Identifier Device (RIID), the D3S from Kromek, will be shown. Differences in the detection of neutron radiation will be explored and analyzed regarding their potential use in on-site inspections.