The evolution of tooling, techniques, and quality control for accelerator dipole magnet cables [electronic resource]

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Bibliographic Details
Online Access: Online Access
Corporate Authors: Lawrence Berkeley Laboratory (Researcher), Lawrence Berkeley National Laboratory (Researcher)
Format: Government Document Electronic eBook
Language:English
Published: Washington, D.C. : Oak Ridge, Tenn. : United States. Dept. of Defense ; distributed by the Office of Scientific and Technical Information, U.S. Dept. of Energy, 1992.
Subjects:

MARC

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245 0 4 |a The evolution of tooling, techniques, and quality control for accelerator dipole magnet cables  |h [electronic resource] 
260 |a Washington, D.C. :  |b United States. Dept. of Defense ;  |a Oak Ridge, Tenn. :  |b distributed by the Office of Scientific and Technical Information, U.S. Dept. of Energy,  |c 1992. 
300 |a Pages: (8 p) :  |b digital, PDF file. 
336 |a text  |b txt  |2 rdacontent. 
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500 |a Published through the Information Bridge: DOE Scientific and Technical Information. 
500 |a 08/01/1992. 
500 |a "lbl-32635" 
500 |a " conf-920802--37" 
500 |a "DE93002447" 
500 |a Applied superconductivity conference, Chicago, IL (United States), 23-28 Aug 1992. 
500 |a Scanlan, R.M. 
520 3 |a The present generation of particle accelerators are utilizing the flattened, compacted, single layer cable design introduced nearly 20 years ago at Rutherford Laboratory. However, the requirements for current density, filament size, dimensional control long lengths, and low current degradation are much more stringent for the present accelerators compared with the earlier Tevatron and HERA accelerators. Also, in order to achieve higher field strengths with efficient use of superconductor, the new designs require wider cables with more strands. These requirements have stimulated an active research effort which has led to significant improvements in critical current density and conductor manufacturing. In addition they have stimulated the development of new cabling techniques, improved tooling, and better measurement techniques. The need to produce over 20 million meters of cable has led to the development of high speed cabling machines and on-line quality assurance measurements. These new developments will be discussed, and areas still requiring improvement will be identified. 
536 |b AC03-76SF00098. 
650 7 |a Design.  |2 local. 
650 7 |a Control.  |2 local. 
650 7 |a Dipoles.  |2 local. 
650 7 |a Conductor Devices.  |2 local. 
650 7 |a Equipment.  |2 local. 
650 7 |a Electric Currents.  |2 local. 
650 7 |a Critical Current.  |2 local. 
650 7 |a Multipoles.  |2 local. 
650 7 |a Electrical Equipment.  |2 local. 
650 7 |a Optimization.  |2 local. 
650 7 |a Quality Assurance.  |2 local. 
650 7 |a Storage Rings.  |2 local. 
650 7 |a Cables.  |2 local. 
650 7 |a Quality Control.  |2 local. 
650 7 |a Superconducting Cables.  |2 local. 
650 7 |a Currents.  |2 local. 
650 7 |a Electric Cables.  |2 local. 
650 7 |a Magnetic Dipoles.  |2 local. 
650 7 |a Particle Accelerators.  |2 edbsc. 
710 2 |a Lawrence Berkeley Laboratory.  |4 res. 
710 1 |a United States.  |b Department of Defense.  |4 spn. 
710 1 |a United States.  |b Department of Energy.  |4 spn. 
710 2 |a Lawrence Berkeley National Laboratory.  |4 res. 
710 1 |a United States.  |b Department of Energy.  |b Office of Scientific and Technical Information.  |4 dst. 
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