| Inspection Methods for Underwater Cables |
14 DEC 94 |
140 pages |
| Authors:
Robin Y. Noyes; CALIFORNIA UNIV BERKELEY DEPT OF ENGINEERING
|
 | Underwater cables serve many purposes, both military and commercial. The most common use of underwater cables is for telecommunications, where voice is transformed into either electrical current or pulses of laser light which are transmitted across the world's oceans via underwater cables. The military uses underwater cables in several ways in support of national defense. Hydrophone arrays deployed from underwater cables form an extensive integrated undersea surveillance system (RYSS) which ... |
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| Advanced Concepts for Controlled Combustion in Engines |
15 DEC 91 |
10 pages |
| Authors:
A. K. Oppenheim; CALIFORNIA UNIV BERKELEY DEPT OF ENGINEERING
|
| Studies carried out at the University of California, Berkeley, over a period of with fluid mechanical properties of turbulent pulsed jet four years were concerned plumes - systems that are of particular relevance to the initiation and control of combustion in engines. The eventual purpose of this program was to provide a rational background for a fundamental refinement of stratified charge diesel engines - the development of a combustion system ... |
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| Application of Rayleigh Scattering to Turbulent Flow with Heat Transfer and Combustion |
11 DEC 87 |
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| Authors:
L. Talbot; CALIFORNIA UNIV BERKELEY DEPT OF ENGINEERING
|
 | A comprehensive investigation has been carried out of the structure and statistical properties of unconfined turbulent flames, both V-shaped and conical. Measurement techniques included conditioned velocity measurements using two component LDV, flow visualization techniques, and Rayleigh scattering. Additionally, a new time resolved technique, LARS(Linear Array for Rayleigh Scattering) was developed which makes possible the determination of the instantaneous location of the flame sheet within the turbulent flame brush. A major ... |
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| Research on Superconducting Signal Processing Devices. |
1975 |
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| Authors:
T. Van Duzer; CALIFORNIA UNIV BERKELEY DEPT OF ENGINEERING
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| An understanding of the role of alloying elements in lead thin films for use as Josephson junctions was achieved and thermally cyclable devices were made. Gold is one of the elements which strongly inhabit the movement of grain boundaries and thus prevent the growth of hillocks and whiskers on the film which would puncture the thin oxide barrier. A new technology in which thin silicon membranes supported by a surrounding ... |
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| Numerical Studies on the Verification of a Primary Tectonic and Seismic Motivating Force. |
25 NOV 1973 |
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| Authors:
Paul Lieber; Kwan-Sun Wen; CALIFORNIA UNIV BERKELEY DEPT OF ENGINEERING
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| Numerical results for stress and deformation fields have been obtained from models which portray the primordial mechanical non-uniformities of the Earth in terms of Maxwellian materials for the limiting cases of very long relaxation times. Calculations were based on these fields as produced by a primary tectonic and seismic motivating force originating from the rotation of the Earth, the Earth's inelasticity, a Maxwellian upper mantle, and structural non-uniformities of the ... |
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| THERMAL RADIATION PROJECT. |
1947 |
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| Authors:
J. T. Gier; L. Possner; R. V. Dunkle; T. L. Stelzner; R. S. White; CALIFORNIA UNIV BERKELEY DEPT OF ENGINEERING
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