Health physics

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Bernard L. Cohen and l-Sing Lee, A Categoiy of Risks, Health Physics, Vol. 36, Pergamon Press Ltd., London, England, June 1979, pp. 107-722. 

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Jantuiien, M., Reponen, A., Kauranen, P., and Vartiainen, M. (1991). Chernobyl fallout in southern and central Finland. Health Physics 60 427-434. 

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Trivedi, A., Galeriu, D., Richardson, R. B., Dose contribution from metabolized organically bound tritium after acute tritiated water intakes in humans, Health Physics 1997, 73, 579-586. 

G. R., Biological half-life of tritium, Health Physics 1963, 9, 911-914. 

Nero, A.V., Indoor Radiation Exposures from 222Rn and its Daughters A view of the Issue, Health Physics, 45 273-288 (1983). 

Stranden, E., L. Berteig, and F. Ugletveit, A Study on Radon in Dwellings, Health Physics 36 413-421 (1979). 

Alter, H. W. and R. L. Fleischer, Passive integrating radon monitor for environmental monitoring, Health Physics, 40 693-702 (1981). 

Annanmaki, M., H. Koskela, M. Koponen, and 0. Parviainen, RADOK An Integrating, Passive Radon Monitor, Health Physics, 44 413-416 (1983). 

Instrumentation for Occupational and Environmental Monitoring, Health Physics, 26 145-163 (1974). 

Dua, S. K., P. Kotrappa, and P. C. Gupta, Infuluence of Relative Humidity on the Charged Fraction of Decay Products of Radon and Thoron, Health Physics, 45 152-157 (1983). 

Ikebe, Y., T. Iida, M. Shimo, H. Ogawa, J. Maeda, T. Hattori, S. Minato, and S. Abe, Evaluation by alpha track Detectors of Rn Concentrations and f Values in the Natural Environment, Health Physics, 49 992-995 (1985). 

A. M. Bhagwat, and S. D. Soman, Passive Measurement of Radon and Thoron Using TLD of SSNTD on Electrets, Health Physics, 43 399-404... 

Fleischer, R.L., Theory of Passive Measurement of Radon Daughter and Working Levels by the Nuclear Track Technique, Health Physics 47 263-270 (1984). 

Jacobi, W., Activity and Potential a-Energy of Radon- and Radon-daughters in Different Air Atmospheres, Health Physics 22 441-450 (1972). 

Rock, R.L., D.B. Lovett, and S.C. Nelson, Radon-daughter Exposure Measurement with Track Etch Films, Health Physics 16 617-621 (1969). 

Schery, S.D., Measurements of Airborne Pb and uRn at Varied Indoor Locations Within the United States, Health Physics 49 1061-1067 (1985). 

Scott, A.G., Radon Daughter Deposition Velocities Estimated from Field Measurements, Health Physics 45 481-485 (1983). 

Skinner, S.W. and P.C. Nyberg, Method for the Calculation of Radon Response Characteristics of Integrating Detectors, Health Physics 45 544-550 (1983). 

Jonassen N., The Determination of Radon Exhalation Rates, Health Physics 45 369-376 (1983). 

Zapalac G.H., A Time-Dependent Method for Characterizing the Diffusion of 222Rn in Concrete, Health Physics 45 377-383 (1983). 

Israeli, M., Deposition Rates of Rn Progeny in Houses, Health Physics 49 1069-1083 (1985). 

Keller, G. and K.H. Folkerts, Ra-222 Concentrations and Decay Products Equilibrium in Dwellings and in the Open Air, Health Physics 47 385-398 (1984). 

Knutson, E.O., A.C. George, J.J. Frey and E. Koh, Radon Daughter Plateout, Part II. Prediction Model, Health Physics 45 445-452 (1983). 

Me Gregor, R.G., P. Vasudev, E.G. Letourneau, R.S. Me Cullough, F.A. Prantl and H. Taniguchi, Background concentrations of radon and radon daughters in Canadian homes, Health Physics 39 285-289 (1980). 

Mercer, T.T., The Effects of Particle Size on the Escape of Recoiling the RaB Atoms from Particulate Surfaces, Health Physics 31 173-175 (1976). 

Concentration of Radon (Rn-222), Thoron (Rn-220) and their Decay Products in Room Air, Health Physics 34 465-473 (1978). 

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