Titlebook: Radioactive Particles in the Environment; Deborah H. Oughton,Valery Kashparov Conference proceedings 20091st edition Springer Science+Busi

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The “Hot Particles” Data Base in hot particles were measurement. The “Hot particles” database (in Microsoft Access) was created by integrating this information and complemented with data on hot particles sampled in 1986 in Poland and inside of the “Shelter”. This database is widely used in ex-USSR and other countries, and it is

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The Experimental Platform in Chernobyl: An International Research Polygon in the Exclusion Zone for des from dispersed hot fuel particles, (2) transport of these radionuclides through the unsaturated zone and finally (3) their transport in the phreatic aquifer. This paper presents how the site is equipped and what methodology was followed in order to understand and reproduce the observed .Sr conta

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Deconvolution of Alpha Spectra From Hot Particlesddition to activities of the nuclides present in the sample, the code can provide source characterization. AASIFIT is applied for a nuclear bomb particle collected in Thule, Greenland. It is shown that direct alpha spectrometry provides more accurate activity estimate for .Pu than gamma-ray spectrom

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Hot Particles Behavior in Cows After Peroral Intakenuclide absorption into the organism and transfer into milk were determined. It was shown that the bioavailability of the radionuclides of cesium and strontium in the hot particle form was two orders of magnitude lower than in the watersoluble form.

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Sources and Types of Uncertainties Associated with Radioactive Particlesure nuclear events. Hence the presence of radioactive particles can be expected to influence the environmental impact and risk assessments associated with contaminated areas. This paper addresses the different types of uncertainty arising from hot particles. The first part considers the different ca

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The Influence of Hot Particle Contamination on Models for Radiation Exposures Via the Aquatic Pathwaous work, fallout of hot particles significantly influences radionuclide activity concentrations in drinking water and aquatic foodstuffs. The remaining significant uncertainties in dose estimates are discussed, particularly those concerning the role of direct ingestion of hot particles.