Redox Process Chemistry: Freezing Point Data for UNH - NH₄NO₃ - HNO₃ - H₂O Systems (open access)

Redox Process Chemistry: Freezing Point Data for UNH - NH₄NO₃ - HNO₃ - H₂O Systems

Report presenting data on freezing point for UNH - NH₄NO₃ - HNO₃ - H₂O Systems. A range of concentrations of systems was used and data is presented.
Date: July 7, 1948
Creator: Harmon, M. K. & Cooper, V. R.
System: The UNT Digital Library
Corrosion Resistance of Materials to an HF-H₂O-H₂SO₄-System (open access)

Corrosion Resistance of Materials to an HF-H₂O-H₂SO₄-System

The purpose of this report is to present information on materials which can possibly be employed in the HF-H₂O-H₂SO₄-system in the extractive distillation process to be investigated at NBL.
Date: July 7, 1952
Creator: Termini, J. P.
System: The UNT Digital Library
An Approximate Crystal Structure for the Beta Phase of Uranium (open access)

An Approximate Crystal Structure for the Beta Phase of Uranium

The following document describes x-ray diffraction measurements for an approximate crystal structure for the beta phase of metallic uranium.
Date: July 7, 1950
Creator: Tucker, Charles W., Jr.
System: The UNT Digital Library
Heat Transfer Testing (open access)

Heat Transfer Testing

Several tests are being performed and others being planned to investigate the role of heat transfer in corrosion processes. These tests are measuring both corrosion rates of metals (Zr-2 and X-8001 aluminum) under heat transfer, and the temperature rise associated with the buildup of the corrosion product. A brief description of these tests is given in this report.
Date: July 7, 1959
Creator: Doman, D. R.; Hokenson, J.F. & Lobsinger, R. J.
System: The UNT Digital Library
The Shape of a Shock Wave Derived from a Spherical Shock Wave Incident on a Concave Wedge (open access)

The Shape of a Shock Wave Derived from a Spherical Shock Wave Incident on a Concave Wedge

When a one-half ounce spherical charge of high explosive is detonated over a flat plane bounded by a 5 degree incline, the type of phenomenon encountered depends on the distance from ground zero to a beginning of the incline. If this distance is 48" the wave assumes a smooth contour on the plane. Detailed investigation of the shock velocity above the plane reveals that there is a pressure gradient along the shock front for a considerable region which replaces the usual triple point.
Date: July 7, 1954
Creator: Todd, Jay, Jr. & Schellenbaum, Ralph L.
System: The UNT Digital Library