S. R. Bernard

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An urn model study of variability within a compartment

S. R. Bernard, 1977 .

Metabolic model and dosimetric data for copper.

S. R. Bernard, 1978, Bulletin of mathematical biology.

Maximum permissible amounts of natural uranium in the body, air and drinking water based on human experimental data.

S. R. Bernard, 1958, Health physics.

An urn model study of variability within a compartment

S. R. Bernard, 1977 .

On a two urn model of Polya-type

M. Sobel, S. R. Bernard, V. Uppuluri, 1981 .

Study of age dependent half-life of iodine in man: A reinforcement-depletion urn model

L. Shenton, K. Bowman, S. R. Bernard, 1985 .

Estimates of microcurie-days residence, bone dose equivalent, and (MPC)W for thorium-232 in man using a mammillary model

S. R. Bernard, 1973, Bulletin of mathematical biology.

Urinary excretion of tritium following exposure of man to HTO--a two exponential model.

B. R. Fish, W. S. Snyder, W S Snyder, 1968, Physics in medicine and biology.

Study of age dependent half-life of iodine in man: a reinforcement-depletion urn model.

L. Shenton, K. Bowman, S. R. Bernard, 1985, Bulletin of mathematical biology.

On the distribution of the time required to remove white balls from an urn.

M. Sobel, S. R. Bernard, V. Uppuluri, 1985, Bulletin of mathematical biology.

Gastrointestinal absorption of americium-241 by orally exposed swine: comparison of experimental results with predictions of metabolic models.

S. R. Bernard, G. Eisele, S R Bernard, 1987, Radiation research.

HUMAN THYROID UPTAKE AND BODILY ELIMINATION OF I-131 FOR THE CASE OF SINGLE AND CONTINUAL INGESTION OF BOUND IODINE IN RESIN-TREATED MILK.

P. E. Brown, B. R. Fish, S. R. Bernard, 1963, Health physics.

Study of the distribution and excretion of uranium in man. Interim report

E. G. Struxness, S. R. Bernard, 1957 .

Dosimetric data and metabolic model for lead.

S. R. Bernard, 1977, Health physics.

Distribution and excretion of uranium in man

S. R. Bernard, J. Muir, G. Royster, 1957 .

Four-urn catenary model for excretion.

M. Sobel, S. R. Bernard, V. Uppuluri, 1984, Bulletin of mathematical biology.

Stochastic models for the distribution of radioactive material in a connected system of compartments. ORNL-3809.

L. Shenton, S. R. Bernard, V. Uppuluri, 1965, ORNL. U.S. Atomic Energy Commission.

Estimates of internal dose equivalent to 22 target organs for radionuclides occurring in routine releases from nuclear fuel-cycle facilities. Vol. 1. [Internal radiation dose conversion factors for man for 68 radionuclides of mass number less than 150]

S. R. Bernard, G. Killough, D. Dunning, 1978 .

Metabolic models for methyl and inorganic mercury.

S. R. Bernard, P. Purdue, 1984, Health Physics.

Metabolic models for estimation of internal radiation exposure received by human subjects from the inhalation of noble gases

W. S. Snyder, S. R. Bernard, 1975 .

STUDIES OF AGE-DEPENDENT STRONTIUM METABOLISM WITH APPLICATION TO FALLOUT DATA*

S. R. Bernard, C. Nestor, 1980 .

DOSE TO VARIOUS SEGMENTS OF THE GASTROINTESTINAL TRACT.

S. R. Bernard, R. L. Hayes, 1970 .

A metabolic model for polonium.

S. R. Bernard, 1979, Health physics.