Bettis Atomic Power Lab

D van Rooyen, BSc, PhD Advisory Scientist, Westinghouse Bettis Atomic Power Labs.. USA... [Pg.1412]

Bell, W. H., and B. W. LeTourneau, 1960, Experimental Measurements of Mixing in Parallel Flow Rod Bundles, WAPD-TH-381, Bettis Atomic Power Lab., Pittsburgh, PA. (App.)... [Pg.522]

W.R. CADWELL, PDQ-07 Reference Manual, WAPD-TM-678, Westinghouse Bettis Atomic Power Lab. [Pg.506]

J. HARDY et al., A Study of the Physics Parameters in Several Water-Moderated Lattices of Slightly Enriched and Natural Uranium, WAPD-TM-931, Bettis Atomic Power Lab. (1970). [Pg.558]

N. M. STEEN, Analysis of the Fission Neutron Spectrum of Uranium-233 and Criticality Computations for Homogeneous Uranium-233—H2O < heres and Cylinders (LWBR Development Program), WAPD-TM-997 Bettis Atomic Power Lab. (1972). [Pg.596]

J. HARDY, Jr., Monte Carlo Analyses of TRX Slightly Enriched Uranium-HjO Critical Experiments with ENDF/ B-IV and Related Data Sets, WAPD-TM-1307, Bettis Atomic Power Lab. (Dec. 1977). [Pg.663]

N. R. CANI LORE et id.. RCPOl-A Monte Carlo Program for Solving Neutron and Photon Transport Problems in Three-Dimensional Geometry with Detailed Ene y Description, WAPD-TM-1267, Bettis Atomic Power Lab. (Aug. 1978). [Pg.744]

W. R. DADWELL, " DQ-7- Reference ManuaL l.WAPD-TM-678. Bettis Atomic Power Lab. (1967). [Pg.785]

Wright, J.M. Lindsay Jr. W.T. andDruga, T.R. (1961) Tech. Report WAPD-TM-204. Bettis Atomic Power Lab. [Pg.226]

Fortunately, Bettis Atomic Power Lab already had an active program of corrosion tests for a number of zirconium-based alloys. Included was one ingot in which a small amount of stainless steel had accidentally been added. Test results revealed the beneficial effects of iron, nickel, and chromium. Quickly, zircaloy-2, the Zr-1.5% Sn-0.12% Fe-0.1% Cr-0.05% Ni, was developed and specified for the Nautilus reactor in August 1952. That reactor generated power on December 30,1954. The Nautilus got imderway on January 17,1955. This marked the beginning of a new era. [Pg.572]

C. M. Friedrich, CYGRO—Stress analysis of the growth of concentric cylinders, WAPD-TM-5I4, Bettis Atomic Power Labs, 1965. [Pg.101]

Goldberg, L. L. Lynn, and C. D. Sphar, FIGRO—Fortran IV digital computer program for the analysis of fuel swelling and calculation of temperature in bulk oxide cylindrical fuel elements, WAPD-TM-514, Bettis Atomic Power Labs., 1966. [Pg.102]

E. Duncombe, C. M. Friedrich, and J. K. Fischer, CYGRO-3, A computer program to determine temperatures, stresses and deformations in oxide fuel rods, WAPD-TM-961, Bettis Atomic Power Labs., March, 1970. [Pg.103]

N. C. Small, An inelastic continuum theory for dilating aggregate materials, WAPD-TM-421, Bettis Atomic Power Labs., February, 1965. [Pg.103]

Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...