Die Design for Hot Presses ; [Bibliography] (open access)

Die Design for Hot Presses ; [Bibliography]

Abstract: "This is a selective bibliography of books and periodical articles relating to die design of hot presses. Sources consulted include: ASM Review of Metal Literature, 1950-1954; Chemical Abstracts, 1950-1055; Engineering Index, 1950-1055; Industrial Arts Index, 1950-March 1957; Metallurgical Abstracts, 1950-1953; Nuclear Science Abstracts, 1950-March 1957; Physics Abstracts, 1950-1955; the library card catalog, and the Technical Information Division AEC card catalog."
Date: April 19, 1957
Creator: U.S. Atomic Energy Commission
Object Type: Report
System: The UNT Digital Library
Some Aspects of the Research on Transcurium Elements at Berkeley (open access)

Some Aspects of the Research on Transcurium Elements at Berkeley

Report discussing the personal aspects involved in the research on transcurium elements at the Lawrence Radiation Laboratory, as well as a brief summary of previously unpublished work with heavy ions.
Date: April 19, 1957
Creator: Thompson, Stanley Gerald, 1912-1976
Object Type: Report
System: The UNT Digital Library
A Description of a Shock Wave in Free Particle Hydrodynamics with Internal Magnetic Fields (open access)

A Description of a Shock Wave in Free Particle Hydrodynamics with Internal Magnetic Fields

Abstract: "The structure of an extremely strong magnetohydrodynamic shock is discussed in the limit of no particle collisions. It is tentatively concluded that the shock transition takes place through the mechanism of a strong electric field produced by charge separation. The pressure in the shocked plasma is due primarily to a very high electron temperature. The ions, on the other hand, undergo an irreversible temperature change of only 3."
Date: February 19, 1957
Creator: Colgate, Stirling A.
Object Type: Report
System: The UNT Digital Library
Spectroscopy of High-Temperature Systems (open access)

Spectroscopy of High-Temperature Systems

Report discussing a study aiming to find which electronic state of the C2 molecule is the groud state.
Date: February 19, 1957
Creator: Hicks, William Thomas
Object Type: Thesis or Dissertation
System: The UNT Digital Library