REFERENCES
- A.N. HOLDEN, B. WEIDENBAUM, and C.F. LEITTEN, Jr., “Control Rod Materials”, Proc. 3rd Internat. Conf. Peaceful Uses At. Energy, Vol. 9, pp. 419–429, United Nations, N.Y. (1965).
- W.K. ANDERSON and J.S. THEILACKER, Eds., Neutron Absorber Materials for Reactor Control, p. 173, USAEC (1962).
- “Boron and Its Isotopes,” AECU-3548, Hooker Electrochemical Co. (June 1957).
- E.W. HOYT, J. CHORNE, and W.V. CUMMINGS, “Corrosion Behavior of Some Metal Borides,” GEAP-3548, General Electric Co., Vallecitos Atomic Laboratory (October 1960).
- N. BALAI, “Materials, Fabrication, and Performance of the EBWR Control Rods,” Nucl. Sei. Eng 4, 429 (1958).
- D.A. PATTERSON and D.A. NEHRIG, “Burnup Limits for Pathfinder Two Weight Percent Natural Boron Stainless Steel Control Rods,” ACNP-63006, Allis Chalmers Mfg. Co., Atomic Energy Division (December 19, 1963).
- “Army Package Power Reactor Project, Annual Progress Report for Period Ending, January 31, 1960,” ORNL-2907, Oak Ridge National Laboratory (April 4, 1960).
- “Argonne National Laboratory Reactor Development Program Progress Report, January, 1961,” ANL-6307, p. 3, Argonne National Laboratory (February 15, 1961).
- GENERAL ELECTRIC CO., ATOMIC POWER EQUIPMENT DEPARTMENT, “Operating Experience with Control Rod Materials,” Power Reactor Technology, 4, 43 (September 1961).
- H.A. BRAMMER and J. JACOBSON, “Design, Fabrication, and Performance of Boron-Carbide Control Elements,” in Physics and Material Problems of Reactor Control Rods, International Atomic Energy Agency, Vienna, Austria (June 1964).
- D.J. HAMMAN and P. SCHALL, “Radiation Effects on Boron Containing Compounds,” BMI-1406, Battelle Memorial Institute (January 6, 1960).
- E.W. HOYT and D.L. ZIMMERMAN, “Radiation Effects in Borides,” GEAP-3743, General Electric Company, Vallecitos Atomic Laboratory (February 13, 1962).
- W.D. VALOVAGE, “Effect of Irradiation on Hot Pressed Boron Carbide,” KAPL-1403, Knolls Atomic Power Laboratory (November 15, 1955).
- E.W. HOYT and D.L. ZIMMERMAN, “Irradiation Effects in Borides, Part II, Fission Sintering of Boride Powders,” GEAP-3743, General Electric Company, Vallecitos Atomic Laboratory (February 15, 1962).