| Z-Pinch Plasma Neutron Sources |
24 MAR 2006 |
54 pages |
| Authors:
A. L. Velikovich; R. W. Clark; J. Davis; Y. K. Chono; C. Deeney; C. A. Coverdale; C. Ruiz; G. Cooper; J. Franklin; L. I. Rudakov; SANDIA NATIONAL LABS ALBUQUERQUE NM
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 | A deuterium gas-puff load imploded by a multi-MA current driver, from a large initial diameter could be a powerful source of fusion neutrons, a plasma neutron source. Unlike the beam-target neutrons produced in Z-pinch plasmas in the 1950s and deuterium-fiber experiments in the 1980s, the neutrons generated in deuterium gas-puffs, with current levels achieved in recent experiments on the SNL Z facility, could contain a substantial fraction of thermonuclear origin. ... |
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| A COOPERATIVE PROGRAM OF FUNDAMENTAL RESEARCH AS RELATED TO JET PROPULSION OFFICE OF NAVAL RESEARCH, DEPARTMENT OF THE NAVY. |
01 OCT 1967 |
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| Authors:
C. Bond; J. Fay; J. Fenn; A. Fontijn; J. Franklin; VIRGINIA UNIV CHARLOTTESVILLE
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 | Contents: Fundamental investigation of nonsteady and nonequilibrium flow; Theoretical study of the blunt body problem in exothermic flow; Shock wave separation in gas mixtures; Atomic and molecular collisions; Research on thermodynamic and transport properties of gases; Mass spectrometric study of drift velocities, diffusion, and reactions of ions in gases; Convective electric discharge phenomena; Magnetohydrodynamics of partially ionized gases; Chemi-ionization; Investigation of reaction kinetics in high-temperature gases; Ion reactions in electric ... |
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| PROJECT SQUID. |
01 APR 1967 |
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| Authors:
C. Bond; J. Fay; J. Fenn; A. Fontijn; J. Franklin; VIRGINIA UNIV CHARLOTTESVILLE
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| Contents: Fundamental Investigation of Nonsteady and Nonequilibrium flow; Theoretical Study of the Blunt Body Problem in Exothermic flow; Shock Wave Separation in Gas Mixtures: Atomic and Molecular Collisions; Research on Thermodynamic and Transport Properties of Gases; Mass Spectrometric Study of Drift Velocities, Diffusion, and Reactions of Ions in Gases; Convective Electric Discharge Phenomena; Magnetohydrodynamics of Partially Ionized Gases; Heat Transfer to a Supersonic Dissociating Gas; Chemi-Ionization; Investigation of Reaction Kinetics ... |
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| A COOPERATIVE PROGRAM OF FUNDAMENTAL RESEARCH AS RELATED TO JET PROPULSION OFFICE OF NAVAL RESEARCH, DEPARTMENT OF THE NAVY. |
01 OCT 1966 |
|
| Authors:
C. Bond; J. Fay; J. Franklin; J. Fenn; A. Fontijn; VIRGINIA UNIV CHARLOTTESVILLE
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| Reports of progress during the past 6 months on 14 research programs comprising Project SQUID are presented. The research programs fall into the areas of Fluid Mechanics, Transport and Transfer Processes, Chemical Kinetics, and Combustion Phenomena. Project SQUID is a cooperative program of basic research relating to Jet Propulsion. |
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