Search Results - "O'Larey, P.M."

Improved superconducting critical current density in modified jelly roll Nb/sub 3/Sn by the application of niobium (Nb) diffusion barriers by McKinnell, J.C., Smathers, D.B., Siddall, M.B., O'Larey, P.M.

“…One of the limiting factors of high field magnets is the overall current density available in the high field region. We report a 40% increase in the critical…”
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Reduced filament bundle diameters for improved hysteresis loss in modified jelly roll Nb/sub 3/Sn wires by McKinnell, J.C., O'Larey, P.M., Siddall, M.B.

“…Fusion applications require moderate superconducting critical current densities with low AC loss. We have investigated the possibility of reduced hysteresis…”
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Manufacture and analysis of internal-tin modified jelly roll cables for the 45 T hybrid magnet by Jablonski, P.D., O'Larey, P.M., Siddall, M.B., Morris, P., Vincent, J., Painter, T.A., Summers, L., McKinnell, J.C.

“…The 45 T hybrid magnet being constructed by the National High Magnetic Field Laboratory will generate the world's highest steady magnetic field. The coil is…”
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SSC type NbTi superconductor research program at Teledyne SC by Kallsen, J.F., McDonald, W.K., Geno, J.D., O'Larey, P.M., Siddall, M.B.

“…In an ongoing research effort, several multifilament niobium titanium composite billets have been fabricated and processed to make SSC (Superconducting Super…”
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Production of tin core modified jelly roll cable for the MIT Multipurpose Coil by Smathers, D.B., O'Larey, P.M., Steeves, M.M., Hoenig, M.O.

“…A report is given on the effort to produce 600 kg of tin core MJR (modified jellyroll) wire with a critical magnetization current density of greater than 800…”
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