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Particle physics / Neutron / Baryons / Demining / Scintillator / Neutron moisture gauge / Neutron imaging / Physics / Particle detectors / Nuclear technology


Document Date: 2006-10-02 10:28:49

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Dresden / Pretoria / Zagreb / Vienna / San Diego / Brussels / Braunschweig / St Petersburg / /

Company

ARTICLE IN PRESS / Mechem / SAIC / Wilson / Elsevier Ltd. / HYDAD-VM / /

Country

Germany / Croatia / South Africa / Belgium / Russia / United States / /

Currency

pence / /

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Facility

University of Cape Town / Institute of Experimental Physics / University of Vienna / /

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IndustryTerm

metal detectors / neutron energy moderation method / energy thresholds / metal content / low-energy neutrons / low metal content / hollow metal spike / respective energy thresholds / incident neutron energy / homogeneous media / nuclear technology / paint spots / proposed detector systems / average energy loss / bulk media / hard-wired electronics / metal debris / energy / typical plastics / on-line display / similar systems / epithermal energy / metal detector / energy-degradation / paint spot / metal detection / oil well logging / electronics / detection equipment / foot-bound personnel using hand-held metal detectors / suitable energy / energy spectra / neutron energy moderator / neutron energy moderation / /

Organization

University of Cape Town / International Atomic Energy Agency / CRP / Department of Physics / Institute of Experimental Physics / University of Vienna / Delft University / /

Person

Leon van Heerden / Ralf Nolte / Helmut Schuhmacher / Drs Horst Klein / Volker Dangendorf / Charles Wikner / Vernon Joynt / /

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Position

*Corresponding author / /

Product

Hexogen / TNT / /

ProvinceOrState

California / Massachusetts / /

Region

Southern Africa / /

Technology

Radiation / simulation / /

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http /

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