Search Results - "TITUS, P. H"

NSTX disruption simulations of detailed divertor and passive plate models by vector potential transfer from OPERA global analysis results by Titus, P.H., Avasaralla, S., A.Brooks, Hatcher, R.

“…The national spherical torus experiment (NSTX) project is planning upgrades to the toroidal field, plasma current and pulse length. This involves the…”
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Provisions for out-of-plane support of the TF coils in recent Tokamaks by Titus, P.H.

“…Out-of-plane (OOP) loads on a Toroidal Field (TF) coil, caused the interaction of the poloidal field and toroidal field coil current, have been a challenge in…”
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Structural advantages of disk magnets for SMES by Titus, P.H.

“…A simple reorientation of the strip solenoid allows improvements in the support of an SMES magnet. A large diameter storage magnet is the focus of the study,…”
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Experimental studies of transverse stress effects on the critical current of a sub-sized Nb3Sn superconducting cable by CHIESA, L, TAKAYASU, M, MINERVINI, J. V, GUNG, C, MICHAEL, P. C, FISHMAN, V, TITUS, P. H

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High-performance magnet designs for space-based and balloon-borne particle spectrometers by Hale, J.R., Marston, P.G., Sullivan, J.D., Titus, P.H., Maguire, J., Winn, P.

“…Spectrometer magnets for use in satellite and balloon-borne cosmic ray experiments are subject to strict limits on mass and volume. Typically, the particle…”
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Electrical joints between superconducting coil modules in the GEM detector magnet by Smith, B.A., Marston, P.G., Pourrahini, S., Piec, Z.S., Kochan, S.J., Camille, R.J., Vieira, R., Pisera, J.W., East, G.H., Titus, P.H., Myatt, S.J., Martovetsky, N.

“…The GEM detector magnet at the Superconducting Super Collider is built in two halves each of which is comprised of 12 single layer superconducting coil modules…”
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Design concept for the GEM detector magnet by Smith, B.A., Marston, P.G., Minervini, J.V., Piek, Z.S., Vieira, R., Pillsbury, R.D., Sullivan, J.D., Camille, R.J., Titus, P.H., Stroynowski, R., Bowers, J., Deis, G., House, A., Johnson, C., Ng, D., Oberst, G., Pedrotti, L., Warren, R., Wineman, S., Yamamoto, R., Harris, M., Martovetsky, N., Wisniewski, W.

“…The magnet has two symmetric and independent halves, each containing a cold mass assembly operating nominally at 4.5 K, a set of vapor cooled leads, a cold…”
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Structural analyses, sensitivity analyses, and independent confirmatory analyses of the IGNITOR magnet system by Titus, P.H.

“…Ignitor has been the first experiment proposed and designed to reach ignition conditions in magnetically confined plasmas. It is a compact, high field machine…”
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Superconducting magnet systems for the muon-electron conversion experiment by Smith, B.A., Radovinsky, A., Titus, P.H., Smith, J.L., Brisson, J.G., Minervini, J.V., Schultz, J.H., Camille, R.J., Molzon, W.R., Hebert, M., Liu, T.J., Hassenzahl, W.V.

“…The Muon-to-Electron Conversion Experiment (MECO) seeks to detect muon to electron conversion, providing evidence that the conservation of muon and electron…”
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Electromagnetic and Structural Analysis of ITER Central Solenoid Insert Coil by Khodak, A. E., Martovetsky, N. N., Smirnov, A. V., Titus, P. H.

“…The United States ITER Project Office (USIPO) is responsible for fabrication of the Central Solenoid (CS) for International Thermonuclear Experimental Reactor…”
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Stress multipliers for the NSTX upgrade digital coil protection system by Titus, P. H., Woolley, R., Hatcher, R.

“…Conceptual design of the upgrade to NSTX, explored designs sized to accept the worst loads that power supplies could produce. This produced excessive…”
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Digital Coil Protection System (DCPS) algorithms for the NSTX centerstack upgrade by Woolley, R. D., Titus, P. H., Neumeyer, C. L., Hatcher, R. E.

“…A significant upgrade is planned for the National Spherical Torus eXperiment (NSTX) in which plasma current and confining magnetic field intensities will…”
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Validation and results of an approximate model for the stress of a Tokamak toroidal field coil at the inboard midplane by Swanson, C. P. S, Kahn, S, Rana, C, Titus, P. H, Brooks, A. W, Guttenfelder, W, Zhai, Y, Brown, T. G, Menard, J. E

“…We present the verification, validation, and results of an approximate, analytic model for the radial profile of the stress, strain, and displacement within…”
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Experimental Studies of Transverse Stress Effects on the Critical Current of a Sub-Sized Nb@@d3@Sn Superconducting Cable by Chiesa, L, Takayasu, M, Minervini, J V, Gung, C, Michael, P C, Fishman, V, Titus, P H

“…Large superconducting magnets will play a central role in the success of the International Thermonuclear Experimental Reactor (ITER) and for the future of…”
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Experimental Studies of Transverse Stress Effects on the Critical Current of a Sub-Sized Superconducting Cable by Chiesa, L., Takayasu, M., Minervini, J.V., Gung, C., Michael, P.C., Fishman, V., Titus, P.H.

“…Large superconducting magnets will play a central role in the success of the International Thermonuclear Experimental Reactor (ITER) and for the future of…”
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Structural analyses, sensivity analyses, and independent confirmatory analyses of the IGNITOR magnet system by TITUS, P. H

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Fusion Development Facility by Smith, J.P., Titus, P.H., Stambaugh, R.D., Garofalo, A.M., Chan, V.S.

“…A Fusion Development Facility (FDF) is proposed to fill the technological gaps between ITER and a Fusion DEMO. FDF is a steady state copper, water-cooled coil…”
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Experimental Studies of Transverse Stress Effects on the Critical Current of a Sub-Sized Nb sub(3)Sn Superconducting Cable by Chiesa, L, Takayasu, M, Minervini, J V, Gung, C, Michael, P C, Fishman, V, Titus, PH

“…Large superconducting magnets will play a central role in the success of the International Thermonuclear Experimental Reactor (ITER) and for the future of…”
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Quench Performance of Large Radial Build Solenoids in the MECO Detector Magnet by Smith, B.A., Titus, P.H.

“…The MECO detector magnet produces magnetic fields decreasing from 5 T to 1 T over a curvilinear volume with an axial length of about 26 m using a set of 96…”
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Tolerances and Uncertainties Versus Magnetic Performance in MECO Magnet System by Radovinsky, A.L., Smith, B.A., Molzon, W.R., Titus, P.H., Salvetti, M., Fishman, V., Chuan Chen, Guillochen, J.

“…MECO, the muon-to-electron conversion experiment, requires a total of 96 superconducting solenoids designed for construction by industry and assembly into 4…”
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