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Site response calculations for nuclear power plants

Description: Six typical sites consisting of three soil profiles with average shear wave velocities of 800, 1800, and 5000 ft/sec as well as two soil depths of 200 and 400 ft were considered. Seismic input to these sites was a synthetic accelerogram applied at the surface and corresponding to a statistically representative response spectrum. The response of each of these six sites to this input was calculated with the SHAKE program. The results of these calculations are presented. (auth)
Date: October 14, 1975
Creator: Wight, Lawrence H.
Partner: UNT Libraries Government Documents Department
open access

Calculations of self-generated magnetic fields in parylene disc experiments

Description: Experiments have been planned at Livermore to measure self-generated magnetic fields using the Faraday Rotation of frequency quadrupled 1.1 $mu$m laser light. The LASNEX code was used during the planning of these experiments and has provided valuable information in establishing the conditions under which the thermoelectric fields expected can be measured. Suspected thermoelectric fields have been inferred from experiments that have been carried out at NRL. (auth)
Date: October 14, 1975
Creator: Dahlbacka, G.H.; Mead, W.C.; Max, C.E. & Thomson, J.J.
Partner: UNT Libraries Government Documents Department
open access

Noise from cooling towers of power parks

Description: A study is presented of the noise pollution problem for large power parks proposed for the future. Such parks might have an area of about 75 sq. miles, and a generating capacity up to 48000 MW. A comparative analysis has been done for natural and mechanical-draft wet towers as the major sources of acoustic power. Noise radiation from single isolated towers as well as from a dispersed array of towers has been considered for both types of cooling systems. Major noise attenuation effects considere… more
Date: October 14, 1975
Creator: Zakaria, J. & Moore, F.K.
Partner: UNT Libraries Government Documents Department
open access

Stability and symmetry requirements of electron and ion beam fusion targets

Description: Considerations of hydrodynamic stability impose severe restrictions on the design of electron and ion beam imploded fusion targets. Furthermore, in order to obtain a sufficiently spherical implosion, many target designs require electron or ion beams having a high degree of spherical symmetry. The stability and symmetry requirements of several recently proposed target designs were studied by numerical simulation using the computer program LASNEX. The ion beam targets studied are more vulnerable … more
Date: October 14, 1975
Creator: Bangerter, R.O.; Lindl, J.D.; Max, C.E. & Mead, W.C.
Partner: UNT Libraries Government Documents Department
open access

Patent search and review on roller-bit bearings seals and lubrication systems. [State-of-the-art]

Description: Over 300 patents on bit design were reviewed, and the more important ones were abstracted. These patents were divided into three groups dealing with roller bit bearings, seals, and lubrication systems. Review of these patents helps identify the problems encountered by previous bit designers and establishes the current state-of-the-art of roller bit design. This report can be used as a reference for designing improved bits both for the petroleum and the geothermal industries.
Date: October 14, 1975
Creator: Maurer, W. C.
Partner: UNT Libraries Government Documents Department
open access

Ionization, charge exchange, and secondary electron emission in the extractor of an LBL/LLL neutral beam source

Description: Using a computer code, bombardment of the electrodes resulting from ionization, charge-exchange, and back-ion emission from the neutralizer cell is studied in the positive-ion extractor region of a Lawrence Berkeley Laboratory/ Lawrence Livermore Laboratory (LBL/LLL) neutral beam source. Ion and electron trajectories are presented, grid dissipations estimated, and proposals made for future designs. (auth)
Date: October 14, 1975
Creator: Fink, J. H. & McDowell, C. E.
Partner: UNT Libraries Government Documents Department
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