C.W. Mays ~ .9,8b2bHEnCEy - contd.
16) Sheline, G.E., S. Lindsay, K.R. McCormack, and
M. Galante, "Thyroid Nodules Occurring Late after
Treatment of Thyrotoxicosis with Radioiodine,"
Journal of Clinical Endocrinol, Metabolism 22,
8-18 (i962).
17) Conard, R.A., and A. Hicking, "Medical Findings
in Marshallese People Exposed to Fallout Radiation,"
Journal of the American Medical Association 192:6,
457-459 (1965), also see Book of Abstracts, 3rd
International Congress of Radiation Research,
Cortina, Italy, Abstract 221 (1966).
18) Federal Radiation Council Report Number 5, (July 1964).
19)
Edwards, R.R., "Iodine 129: Its Occurrence in Nature
and Utility
as a Tracer," Science 137, 851-853 (14
Sept. 1962).
20) Weaver, L.E., P.O. otrom and P.A. Killeen, "Estimated
Yields for several Neutron-induced Fission
Processes," U.S. Naval Radiological Defense
Laboratory Report USNRDI-+-TR-633, see page 30
(5 March 1963).
21) Bernard, S.R., et al., "Human Thyroid Uptake and
Bodily Elimination of I~131," Health Physics Journal
9:12, 1307-1323 (1963).
22) Thompson, S.E., "Effective Half-life of Fallout
Radionuclides on Plants with special Emphasis on
Iodine 131," U. of California Lawrence Radiation
Lab. Report URCI-12388 (29 Jan. 1965).
POEARcuIVEs
57