Titlebook: New Techniques for Future Accelerators III; High-Intensity Stora Gabriele Torelli Book 1990 Plenum Press, New York 1990 Superconductor.deve

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Problems Arising from Beam Losses in Superconducting Colliders,s of particles are produced and radiated energy is deposited in the surroundings materials, in particular in the SC coils. This energy can heat the coil above the critical temperature, causing it to go normal and the magnet to quench.

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Cryostat Design for the Superconducting Super Collider Dipole,d reliably within the vacuum vessel, provide all required cryogenic piping, and to insulate the cold mass from heat radiated and conducted from the environment. It must function reliably during storage, shipping and handling, normal magnet operation, quenches, and seismic excitations, and must be ma

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Dipole Magnet Development for the RHIC Accelerator,eavy as gold, accelerated in two storage rings to energies between 7 and 100 GeV/u. The conventional facilities and injectors for the collider are largely in place. These include the 3.8 km long tunnel enclosure (built as part of the CBA project), four of the six planned experimental halls, a large

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Fine Filament NbTi Conductors: Design and Large Scale Production,re beam line magnets wound from keystoned cables consisting of strands with fine filaments. The specified filament diameters are between 6 μm down to about 2.5 μm in order to reduce field distortions due to persistent currents inside the filaments. In addition, the filament spacing must be large eno

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Manufacturing of Superconducting Wires and Cables,national projects the company has taken part in during the last few years.Basic research on A-15 compounds is also considered, with a survey of the various experimental methods developed for these materials.Finally, high temperature superconductors are examined, with reference to the studies carried