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The Crystal Structures of NpC and Pu₂O₃
The following report describes the crystal structures of NpC and Pu2O3 identified by x-ray diffraction.
Date:
July 14, 1952
Creator:
Templeton, D. H. & Dauben, Carol H.
System:
The UNT Digital Library
The Effect of Gaps on Pile Reactivity
From abstract: "The variation of the reactivity of a pile as a function of width of a transverse gap is obtained. The method involves first finding the boundary condition satisfied by the flux at the gap face. This, in principle, provides enough information for a complete solution of the pile equations. A method for calculating the reactivity change is presented. The calculated reactivity is compared with experiment and a brief discussion of the validity of the approximations is given."
Date:
July 14, 1952
Creator:
Tamor, S. & Ergen, W. K.
System:
The UNT Digital Library
Homogeneous Reactor Project Quarterly Progress Report: March 1952
This quarterly progress report details the ongoing research happening at the Oak Ridge National Laboratory. In particular, this report discusses the current status of the Homogenous Reactor Experiment, boiling reactor and slurry studies, and general homogenous reactor studies.
Date:
July 14, 1952
Creator:
Swartout, J. A.; Secoy, C. H.; Welton, T. A.; Winters, C. E. & Thompson, W. E.
System:
The UNT Digital Library
Metallurgical Laboratory, Chemical Research - Radiation Chemistry, Report for the Month Ending June 30, 1944
Technical report with short reports on (1) P-9 recovery from UO2F2 solution; (2) Correlation of theories on action of radiation on matter; (3) Literature surveys on organic compounds and on chemistry of UO2F2; (4) effect of radiation on organic compounds; and (5) Effect of radiation on 100 area construction materials.
Date:
July 14, 1944
Creator:
Hogness, T. R. (Thorfin Rusten), 1894- & Burton, Milton, 1902-
System:
The UNT Digital Library
Surface Studies of Irradiated Graphite
The effects of oxidation and irradiation on the microsurface structure of pile graphite have been investigated by measuring the surface area and pore size distribution of several samples. The results obtained for both oxidized and irradiated graphite samples indicate that changes in surface characteristics which occur are determined by the flux, temperature of irradiation, and gaseous atmosphere in which the radiation takes place.
Date:
July 14, 1953
Creator:
Spalaris, C. N.
System:
The UNT Digital Library