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Diffusion of Xenon in Columbium
The diffusion coefficient was calculated for the diffusion of Xe through Nb and found to be 0.064 exp (-18,600/RT).
Date:
November 20, 1959
Creator:
Gregory, D. P. (Derek P.) & Leavenworth, H. W. (Howard W.)
System:
The UNT Digital Library
Survey: Oxidation Characteristics of Columbium and Columbium Base Alloys
Unclassified experimental data concerned with the oxidation characteristics of Nb and Nb-base alloys are presented. The bulk of the results is presented in tabular form and cataloged under laboratory name sub-headings. The theory of alloy development for oxidation resistance is discussed. Methods of evaluating oxidation behavior are outlined.
Date:
May 20, 1959
Creator:
Clough, W. R. (William Raymond); Hirakis, E. C. & Krutenat, R. C.
System:
The UNT Digital Library
An Analysis of Inconsistencies in Removal Cross Sections of Carbon and Oxygen
Abstract. Some recent analysis of certain Lid Tank fast neutron dose rates measured in oil and water indicates that there are some basic inconsistencies with reported oxygen and carbon removal cross sections and the reported data. These inconsistencies may be explained in several ways: (1) The reported carbon removal cross section is wrong. (2) The reported oil composition is wrong. (3) The reported oxygen removal cross section is wrong since it is based on an assumed rather than a measured oil composition. (4) Some of the experimental data are wrong. It is not possible to determine which of the above is most likely on the basis of analysis alone but the possibilities are pointed out and, based on the assumption that all the experimental data are correct, it appears most likely that the oil composition assumed in ORNL 2197 was in error.
Date:
January 20, 1961
Creator:
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System:
The UNT Digital Library