Presentation on theme: "Location of Fissile Material : Total γ -ray count of modelled plutonium glove box via MCNPX Kelum Gamage BSc.(Eng), PhD student (2 nd year), AMIE(SL),"— Presentation transcript:
Location of Fissile Material : Total γ -ray count of modelled plutonium glove box via MCNPX Kelum Gamage BSc.(Eng), PhD student (2 nd year), AMIE(SL), IEEE Professor Malcolm Joyce BSc, PhD, CEng, CPhys, FInsP, FInucE 1
2 Nuclear Decommissioning… Kelum Gamage Paper No:12
3 Significance of the Project  characterisation of glove boxes, moribund plant assessment of future arising from current processes accelerate the assessment of plutonium contaminated material reducing risk and potential dose to workers enable the PCM hazards to be prioritised source of energy toxicological riskradiological hazards Kelum Gamage Paper No:12
4 Plutonium-239 Gamma-ray Spectrum  Kelum Gamage Paper No:12
19 References 1.M. Joyce. Location of fissile material with digital fast neutron tracking. Application for NDA doctoral bursary, July 2007. 2.ENSDF Data Base. Evaluated nuclear structure data file. [Online] Available: http://www.radiochemistry.org/periodictable/gammaspecrtra/pu239.pdf, 1999. 3. K. Gamage, M. Joyce. An analytical approach to γ-ray self-shielding effects for radioactive bodies encountered nuclear decommissioning scenarios. (In preparation) 4. K. Gamage, M. Joyce. Determination of 129keV γ-ray emission of modeled plutonium glove boxes using MCNPX. (In preparation) Kelum Gamage Paper No:12
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