Search Results - "Hoffman, F.O."

Test of existing mathematical models for atmospheric resuspension of radionuclides by Garger, E.K., Hoffman, F.O., Thiessen, K.M., Galeriu, D., Kryshev, A.I., Lev, T., Miller, C.W., Nair, S.K., Talerko, N., Watkins, B.

“…Atmospheric resuspension of radionuclides can be a secondary source of contamination after a release has stopped, as well as a source of contamination for…”
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A RADIOIODINE SPECIATION, DEPOSITION, AND DISPERSION MODEL WITH UNCERTAINTY PROPAGATION FOR THE OAK RIDGE DOSE RECONSTRUCTION by Nair, Shyam K, Apostoaei, A Iulian, Hoffman, F Owen

“…Between 1944 and 1956, radioactive I was released into the atmosphere from operations at the Oak Ridge National Laboratory in Oak Ridge, TN. The releases…”
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Communicating cancer risk from radiation exposures: nuclear accidents, total body radiation and diagnostic procedures by Gale, R P, Hoffman, F O

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Assessment of the consequences of the radioactive contamination of aquatic media and biota for the Chernobyl NPP cooling pond: model testing using Chernobyl data by Kryshev, I.I., Sazykina, T.G., Hoffman, F.O., Thiessen, K.M., Blaylock, B.G., Feng, Y., Galeriu, D., Heling, R., Kryshev, A.I., Kononovich, A.L., Watkins, B.

“…The ‘Cooling Pond’ scenario was designed to test models for radioactive contamination of aquatic ecosystems, based on data from the Chernobyl Nuclear Power…”
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Validation of models of radionuclide wash-off from contaminated watersheds using Chernobyl data by Konoplev, A.V., Bulgakov, A.A., Hoffman, F.O., Kanyár, B., Lyashenko, G., Nair, S.K., Popov, A., Raskob, W., Thiessen, K.M., Watkins, B., Zheleznyak, M.

“…Based on data from the Chernobyl accident, the ‘Wash-off’ scenario was developed to provide an opportunity to test models intended to simulate the movement of…”
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Environmental behavior of technetium in soil and vegetation. Implications for radiological assessments by Hoffman, F. Owen, Garten, Charles T, Lucas, Deborah M, Huckabee, John W

“…The environmental effects of technetium in soils and vegetation were assessed. An absence of long-term bioaccumulation in terrestrial food chains was…”
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Environmental models undergo international test by Thiessen, K.M. (SENES Oak Ridge, Inc., Oak Ridge, TN.), Hoffman, F.O, Rantavaara, A, Hossain, S

“…Using data from the 1986 Chernobyl nuclear accident, researchers compared the predictions of several exposure assessment models with real-world data. The test…”
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Comment on "An approach for balancing health and ecological risks at hazardous waste sites" by Kocher, D C, Hoffman, F O

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External exposure to radionuclides accumulated in shoreline sediments with an application to the lower Clinch River by Apostoaei, A I, Nair, S K, Thomas, B A, Lewis, C J, Hoffman, F O, Thiessen, K M

“…A simple analytical method was developed to estimate external doses from exposure to contaminated riverine shorelines. The method consists of deriving an…”
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Model testing using Chernobyl data: III. Atmospheric resuspension of radionuclides in Ukrainian regions impacted by Chernobyl fallout by Garger, E K, Hoffman, F O, Miller, C W

“…The "Resuspension" scenario is designed to test models for atmospheric resuspension of radionuclides from contaminated soils. Resuspension can be a secondary…”
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Opportunities for the testing of environmental transport models using data obtained following the Chernobyl accident by Hoffman, F O, Thiessen, K M, Watkins, B

“…The aftermath of the Chernobyl accident has provided a unique opportunity to collect data sets specifically for the purpose of model testing, and with these…”
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Summary of the BIOMOVS A4 scenario: testing models of the air-pasture-cow milk pathway using Chernobyl fallout data by Peterson, S R, Hoffman, F O, Köhler, H

“…A unique opportunity to test dose assessment models arose after the Chernobyl reactor accident. During the passage of the contaminated plume, concentrations of…”
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An Examination of Response-Surface Methodologies for Uncertainty Analysis in Assessment Models by Downing, D. J., Gardner, R. H., Hoffman, F. O.

“…Two techniques of uncertainty analysis were applied to a mathematical model that estimates the dose-equivalent to man from the concentration of radioactivity…”
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