A Photographic Study of Boiling Flow (open access)

A Photographic Study of Boiling Flow

From abstract: A high speed motion picture study was conducted of boiling flow in a vertical, rectangular channel at atmospheric pressure. Three different visual flow regimes were defined and described.
Date: October 25, 1963
Creator: Vohr, John Henry
System: The UNT Digital Library
Direct Current Electromagnetic Pumps (open access)

Direct Current Electromagnetic Pumps

Abstract: "A number of direct current conduction type electromagnetic pumps for liquid metals were constructed. Pumping capacities of over 400 gpm and efficiencies of over 50 percent were obtained. NaK alloy at temperatures up to 400 C was used in the test. The large currents required were obtained from rectifiers or from a homopolar generator constructed for the purpose."
Date: October 25, 1949
Creator: Barnes, A. H.; Smith, F. A. & Whitham, G. K.
System: The UNT Digital Library
Uranium occurrences in the Kelso Valley area, Kern County, California (open access)

Uranium occurrences in the Kelso Valley area, Kern County, California

Discussing the occurrence of uranium in the Kelso Valley area in Kern County, California
Date: October 25, 1957
Creator: Bowes, William A.; Bales, W. E. & Haselton, G. M.
System: The UNT Digital Library
Study of Metal-1.10-Phenanthroline Complex Equilibria by Potentiometric Measurement (open access)

Study of Metal-1.10-Phenanthroline Complex Equilibria by Potentiometric Measurement

Technical report. From Abstract : "The silver-1,10-phenanthroline system has been studied and the stability constants determined for the 1:1 and 2:1 complexes using the silver electrode. This known system was then used to study the complexes of 1,10-phenanthroline with other metals. The log βn values found for the over-all stoichiometric stability constants are as follows: Ag, 5.02, 12.07; Mn, 3.88, 7.04, 10.11; Cd, 5.93, 10.52, 14.30; Zn, 6.83, 12.05, 16.92. The stoichiometric stability constants determined for copper are log k2 = 6.42 and log k2k3 = 11.05."
Date: October 25, 1962
Creator: Dale, John M. & Banks, Charles V.
System: The UNT Digital Library