REFERENCES
- BENGT G. CARLSON, WILLIAM J. WORLTON, WALTER GUBER, and MARTIN SHAPIRO, “DTF Users Manual,” UNC Physics-Math 3321, Vol. I (November 1963), Vol. II (May 1964), United Nuclear Corporation.
- B. G. CARLSON, C. LEE, and W. J. WORLTON, “The DSN and TDC Neutron Transport Codes,” LAMS-2346, Los Alamos Scientific Laboratory (October 1959).
- F. R. MYNATT, “DOT, A Two-Dimensional Discrete Ordinates Transport Code,” K-1694, Union Carbide Corporation (1967).
- DONALD C. COONFIELD, GROVER TUCK, HAROLD E. CLARK, and BRUCE B. ERNST, “Critical Mass Irregularity of Steel-Moderated Enriched Uranium Metal Assemblies with Composite Steel-Oil Reflectors,” Nucl. Sci. Eng., 39, 320 (1970).
- W. R. STRATTON, “Criticality Data and Factors Affecting Criticality of Single Homogeneous Units,” LA-3612, Los Alamos Scientific Laboratory (September 1967).
- L. E. HANSEN and E. D. CLAYTON, “Criticality of Plutonium Compounds in the Undermoderated Range, H:Pu< 20,” Nucl. Appl., 3, 481 (1967).
- H. C. PAXTON, “Bare Critical Assemblies of Oralloy at Intermediate Concentrations of U235,” LA-1671, Los Alamos Scientific Laboratory (May 1954).
- J. C. HOOGTERP, “Critical Masses of Oralloy Lattices Immersed in Water,” LA-2026, Los Alamos Scientific Laboratory (November 1955).
- J. J. NEUER and C. B. STEWART, “Preliminary Survey of Uranium Metal Exponential Columns,” LA-2023, Los Alamos Scientific Laboratory (January 1956).
- ROGER H. WHITE, “Topsy, A Remotely Controlled Critical Assembly Machine,” Nucl. Sci. Eng., 1, 53 (1956).
- J. J. NEUER, “Critical Assembly of Uranium Metal at an Average U235 Concentration of 16¼%,” LA-2085, Los Alamos Scientific Laboratory (October 1956).
- J. K. FOX, J. T. MIHALCZO, and L. W. GILLEY, “Critical Experiments with 2.09% U235 Enriched Uranium Metal Plates in Water,” CF-58-8-3, Oak Ridge National Laboratory (August 1958).
- R. C. LLOYD, E. D. CLAYTON, and B. L. JONES, “Critical Approach and Exponential Measurements with 2.00 Percent Enriched Uranium Rods in Light Water,” Nuclear Physics Research Quarterly Report, April, May, June 1960; also, HW-66215, p. 30, Hanford Atomic Products Operation (July 1960).
- R. C. LLOYD, E. D. CLAYTON, R. B. SMITH, and V. I. NEELEY, “Criticality Measurements of Heterogeneous 3.1 Percent Enriched Uranium and Water Systems,” Nuclear Physics Research Quarterly Report, October, November, and December 1959; also, HW-63576, Hanford Atomic Products Operation (August 1960).
- W. B. ROGERS, Jr. and F. E. KINARD, “Material Buckling and Critical Masses of Uranium Rods Containing 3 wt% 235U in H2O,” Nucl. Sci. Eng., 20, 266 (1964).
- E. B. JOHNSON, “Critical Parameters of Uranium (1.95) Metal Cylindrical Annuli,” Trans. Am. Nucl. Soc., 9, 185 (1966).
- GROVER TUCK, “Critical Masses of Spherical and Hemispherical Enriched Uranium Assemblies,” J. Nucl. Energy, 23, 663 (1969).
- E. B. JOHNSON, “Criticality of U(3. 85) Rods and Cylindrical Annuli in Water,” Trans. Am. Nucl. Soc., 13, 379 (1970).
- G. E. WHITESIDES and N. F. CROSS, “KENO—A Multigroup Monte Carlo Criticality Program,” CTC-5, Union Carbide Corporation (September 1969).
- R. D. RICHTMYER and K. W. MORTON, Difference Methods for Initial Value Problems, 2nd ed., Interscience Publishers, New York (1967).
- GORDON E. HANSEN and WILLIAM A. ROACH, “Six and Sixteen Group Cross Sections for Fast and Intermediate Critical Assemblies,” LAMS-2543, Los Alamos Scientific Laboratory (December 1960).
- J. R. STEHEN et al., “Neutron Cross Sections, Volume III, Z = 88 to 98,” BNL-325, 2nd ed., Suppl. 2, Brookhaven National Laboratory (February 1965).
- DOUGLAS C. HUNT and DONALD C. COONFIELD, “The Effects of Energy Self-Shielding in Reflected and Moderated Uranium Metal Critical Mass Calculations,” RFP-1327, Rocky Flats Division, The Dow Chemical Company (September 1969).
- G. F. KUNCIR, “A Program for the Calculation of Resonance Integrals,” GA-2525, General Atomic Division, General Dynamics Corporation (August 1961).
- L. DRESNER, Resonance Absorption in Nuclear Reactors, Chap. 3, Pergamon Press, Inc., New York (1960).
- D. C. HUNT and ROBERT E. ROTHE, “Criticality Measurements on Uranium Metal Spheres Immersed in Uranium Solution,” to be published in Nucl. Sci. Eng..