REFERENCES Le Adams, Ce. E. 2e Adams, C. E. Fallout Particles from the First Shot, Operation CASTLE. U.S. Naval Radiological Defense Laboratory Technical Fallout Particles from M-shot, Operation IVY. U. S. Naval Radiological Defense Laboratory Report USNRDL-408, 1953. Report USNRDL-TR-26, 1955. 34 Adams, C. E., Ne He Farlow, and W. R. Schell. 4, Adams, C. Ej The Nature of Individual Radiocactive Particles.... U. S- Naval Radiological Defense Laboratory Technical Report USNRDL-TR-133, 1958 (CLASSIFIED). De Adams, C. E., F. R.» Holden, and N. R. Wallace. Compositions, Struc-~ tures and Origins of Radioactive Fallout Particles. U.S. Naval Radiological Defense Laboratory Technical Report USNRDL-TR-209, 1958. Fallout Phenomen- ology, Greenhouse Report Annex 6.4, WI-4, August 1951 (CLASSIFIED). Tompkins, R. C., and P. W. Kery. Radiochemical Analysis of Fallout, Operation CASTLE, Project 2.6b, WT-918 (CLASSIFIED). Te Kikuchi, T., G. Wakisaka, H. Akagi, and H. Goto. Studies on the Properties and Size of the Radioactive Ashes Obtained from the No. 5 Fukuryu Marue Bulletin of the Institute for Chemical Research, Kyoto University, November, 1954. 8. Triffet, T., and P. De LaRiviere. 9. Hendricks, Je We Fallout Particle Size Measurements from Operation REDWING. U. S. Naval Radiological Defense Laboratory Technical Report USNRDL-264, 22 July 1958 (CLASSIFIED). 10. Characterization of Fallout Opera- tion REDWING, Project 2.63 Final Report, WI-1317 (CLASSIFIED). Chan, H. Ke Analysis of Standard Platform Bias to Fallout Collection at Operation REDWING. U. S. Naval Radiological Defense Laboratory Technical Report (in publication). 28

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