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An "Exact" Analysis of a Cylindrical Plasma in a Magnetic Field
Abstract: "The analysis of an immobilized plasma is here extended to the case where the geometry is cylindrical rather than Cartesian. (This report, UCRL-4439 (Rev, 4 constitutes Part II of the report series (UCRL-4466, Parts I, III, and IV) dealing with this general problem.)"
Date:
January 14, 1955
Creator:
Tonks, Lewi, 1897-1971
System:
The UNT Digital Library
Description of a Thermonuclear Reactor Based on the Use of a Layer of Relativistic Electrons to Confine and Heat the Plasma
The following report describes a thermonuclear reactor based on the use of a long layer of rotating relativistic electrons to confine and heat the plasma.
Date:
March 14, 1957
Creator:
Christofilos, Nicholas C.
System:
The UNT Digital Library
Electronics Counting Rooms for Nuclear Research
Abstract: "This report describes six electronics areas at the Radiation Laboratory (Berkeley and Livermore) that are being successfully used with various particle acceleration for nuclear research. The electronics equipment, consisting of pulse amplifiers, scalers, coincidence circuits, pulse-height analyzers, automatic recording equipment, high-voltage supplies, etc., is arranged in such a manner that most experiments can be quickly set up, and a number of people can run experiments simultaneously. Advantage and limitations of these areas are discussed."
Date:
June 14, 1956
Creator:
Stripeika, Alexander J.
System:
The UNT Digital Library
Feasibility Study of Transient Version of Astron Thermonuclear Reactor : Part 1
The following report proposes a concept of a transient version of Astron thermonuclear reactor while describing the basic concepts of the reactor and the design criteria.
Date:
September 14, 1959
Creator:
Chang, C. C.
System:
The UNT Digital Library
Considerations on the Effect of Beam-Dee Coupling in a Cyclotron RF System
Analysis of the problem of accelerating ions in a Thomas cyclotron has been confined almost entirely to the integration of various equations of motion (for single particles) for which a complete field description is necessary. In contrast, the problem of principal interest to rf system engineers concerns the gross transfer of electrical energy from an rf generator into an accelerated beam.
Date:
July 14, 1952
Creator:
Wouters, L. F. (Louis Francis), 1921-
System:
The UNT Digital Library
Equipment And Methods For Automatic Track Analysis
The writer has initiated a comprehensive program of equipment development designed to give the maximum practical aid to the physicists and technicians who are carrying out track measurements. Some attention has also been given to developing systems of data handling using International Business Machine (IBM) equipment and Keysort cards. In addition, some of the steps to insure the accuracy of the emulsion data are taken long before the emulsion is studied under the microscope.
Date:
August 14, 1958
Creator:
Barkas, Walter H. (Walter Henry), 1912-1969
System:
The UNT Digital Library
Cratering Experience With Chemical And Nuclear Explosives
Over the past 13 years a considerable body of data on explosive cratering has been developed for application to nuclear excavation projects. These data were obtained from some ten cratering programs using chemical explosives (TNT or nitromethane) and seven nuclear cratering detonations. The types of media studied have ranged from marine muck to hard, dry basalt, although most effort has been devoted to craters in NTS desert alluvium and basalt. Considerable effort has also been devoted to the study with chemical explosives of the use of linear explosives and rows of point charges. This paper is intended to be a summary of these data and a statement of the understanding which has been developed from them.
Date:
May 14, 1964
Creator:
Nordyke, Milo D.
System:
The UNT Digital Library
Hydromagnetic Ionizing Fronts
One of the techniques by which highly ionized plasmas can be generated in the laboratory makes use of strong, electromagnetically driven shock waves propagating into a cold gas. In this paper the phenomenon is analyzed as a one-dimensional single-fluid hydromagnetic problem, neglecting dissipation behind the wave. We hypothesize that the rarefaction wave remains attached to the front. In the limit of essentially complete ionization behind the front the problem can be solved analytically as long as the transverse magnetic field there remains small compared with the longitudinal field.
Date:
December 14, 1961
Creator:
Kunkel, Wulf B. & Gross, Robert A.
System:
The UNT Digital Library
Summary of Research Progress Meeting of December 4, 1952
Research progress on projects: Landau Effect with 32 Mev Protons, n - p Scattering of "300" Mev Neutrons, Geologic History of the Earth's Magnetic Field.
Date:
January 14, 1953
Creator:
Shewchuck, Sergey
System:
The UNT Digital Library