UNCLASSIFIED REFERENCES Eisenbud, M. Particulates. Retention, Distribution and Elimination of Inhaled Arch. Indust, Health 6: 214, 1952, Abrams, R., etal. Metabolism of Inhaled Fission Product Aerosols. Scott, K.E., etal. Deposition and Fate of Plutonium, Uranium Atomic EnergyCommission Document MDDC-248, 1946. and Their Fission Products Inhaled as Aerosols by Rats and Man, Arch, Path, 48:31, 1949, Langham, W. | Determination of Internally Deposited Radioactive Isotopes from Excretion Analysis. 1956, Cohn, S.H., Lane, W.B., etal. Am. Indust. Hyg. Quart. 17: 305, Uptake, Distribution, and Retention of Fission Products in Tissues of Mice Exposed to a Simulantof Fallout from a Nuclear Detonation. I, Simulant of Fallout from a Detonation Under Seawater. U.S. Naval Radiological Defense Laboratory Technical Report USNRDL-TR-77, 5 December 1955, Also, Arch, Indust, Health 14: 333, 1956. Cohn, S.H., Lane, W.B., Gong, J.K., Fuller, R.K., and Milne, W.L. Radiotoxicity Resulting from Exposure to Fallout Simulant. II. The Metabolism of an Inhaled and Ingested Simulant of Fallout Produced by a Land-Based Nuclear Detonation. U.S. Naval Radiological Defense Laboratory Technical Report USNRDL-=TR-118, 11 January 1957, Sherwin, J.C., Fuller, R.K., Lane, W.B., and Wiltshire, L.L. An Apparatus for Exposing Mice to Radioactive Aerosols. U.S. Naval Radiological Defense Laboratory Technical Report USNRDL-TR-78, 2 February 1956, -21- E & BB & fF &@ EF f Fb 2 & bo om et Ob OP KR ke re UNCLASSIFIED