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Concerning super-high gain pellets for laser fusion
Recently Afanas'ev et al. claimed 1000 fold energy gains for a new class of pellets, which require only relatively very modest peak laser powers to implode and ignite. An extensive examination of these fuels was made using the LASNEX code. The results are described. (MOW)
Date:
October 23, 1976
Creator:
Wilson, B. & Wood, L.
System:
The UNT Digital Library
Line-of-sight (LOS) pipe flow calculations
None
Date:
October 23, 1974
Creator:
McCauley, E. W. & Sutton, S. B.
System:
The UNT Digital Library
Downhole systems design
None
Date:
October 23, 1974
Creator:
McKay, J.P. & Depta, J.J.
System:
The UNT Digital Library
Overview of fundamentals for radiation measurements
None
Date:
October 23, 1974
Creator:
Maninger, R.C.
System:
The UNT Digital Library
Central computer analysis of microcomputer acquired data for acoustic emission flaw detection in solid bodies
None
Date:
October 23, 1974
Creator:
Tatro, C.A.; Dickinson, R.P. & Freeman, T.F.
System:
The UNT Digital Library
Automatic calibration system
None
Date:
October 23, 1974
Creator:
Furst, R.C. & Sewall, N.R.
System:
The UNT Digital Library
Shock waves in hydrogen isotopes and their high pressure equation of state
None
Date:
October 23, 1974
Creator:
Van Thiel, M.; Hord, B.L. & Boutwell, K.
System:
The UNT Digital Library
Computation of solutions for the flow of fluids through porous materials
None
Date:
October 23, 1974
Creator:
Pitts, J.H.
System:
The UNT Digital Library
Linac data acquisition system
None
Date:
October 23, 1974
Creator:
Mattesich, G.T.
System:
The UNT Digital Library
Nova: the laser fusion breakeven experiment
A new laboratory building is being constructed adjacent to the Shiva laser to house the Phase I $137M ten-beam Nova laser and a target chamber designed for twenty beams. The first ten beams will be operational in early 1980. Following Phase I, it is planned that the Shiva laser will be shut down and upgraded into ten Nova laser beams. These beams will then be combined with Nova Phase I beams to provide the full twenty beams having a minimum output energy of 300 kJ in a 3 nc pulse, or a power capability of 300 terawatts (10/sup 12/ watts) in a 100 ps pulse. This paper will describe the Phase I engineering project.
Date:
October 23, 1979
Creator:
Godwin, R. O.; Glaze, J. A.; Hagen, W. F.; Holzrichter, J. F.; Simmons, W. W. & Trenholme, J. B.
System:
The UNT Digital Library
Controlled fusion physics: experimental
A historical review is given of the experimental thermonuclear research program. The role of pinch devices, mirror machines, tokamak devices, and laser fusion is discussed. (MOW)
Date:
October 23, 1975
Creator:
Post, Richard F.
System:
The UNT Digital Library