REFERENCES
1. “Capabilities of Atomic Weapons”; Department of the Army Technical Manual TM
23-200, Department of the Navy OPNAVInstruction 03400.1B, Department of the Air Force
AFL 136-1, Marine Corps Publications NAVMC 1104 Rev; Revised Edition, November 1957;
Prepared by Armed Forces Special Weapons Project, Washington, D.C.; Confidential.
2. C.F. Ksanda and others; “Scaling of Contamination Patterns, Surface and Under-
ground Detonation”, USNRDL-TR-~-1, 15 Sep 1953; Naval Radiological Defense Laboratory,
San Francisco, Californta.
3.
M. Cowan, Jr.; “ Plutonium Contamination from One-Point Detonation of an XW-25”;
Program 71, Test Group 57, Operation Plumbbob, WT—1510, November 1960, Sandia
Corporation, Albuquerque, New Mexico; Secret Restricted Data.
4, W.E. Knabe and G.E. Putnam; “The Activity of the Fission Products of U*”; Janu-
ary 1959; General Electric Atomic Products Division, Cincinnati, Ohio.
5.
P.J. Dolan; “Theoretical Dose Rate Decay Curves for Contamination Resulting from
Land Surface Burst Nuclear Weapons”, DASA-528, 6 Aug 1959; Headquarters, Defense
Atomic Support Agency, Washington, D.C.
6:
E.H. Karstens; “Air Weather Service Participation in Operation Jangle”, Project
7.
M. Morgenthau and M. Schumchyk; “Residual Radiation from a Very-Low-Yield
1(8)b, Operation Jangle, WT—361, December 1951; Air Weather Service, Armed Forces
Special Weapons Project, Washington, D.C.; Unclassified.
Burst”, Project 2.10, Operation Hardtack, WT—1678, December 1960; U.S. Army Chemi-
cal Warfare Laboratories, Army Chemical Center, Maryland; Secret Restricted Data.
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