Search Results - "Goodzeit, C."

Flux Pump Excited Double-Helix Rotor for Use in Synchronous Machines by Ishmael, S., Goodzeit, C., Masson, P., Meinke, R., Sullivan, R.

“…High temperature superconducting (HTS) machines have been demonstrated to benefit applications requiring high power density and torque. However, power density…”
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The double-helix dipole - a novel approach to accelerator magnet design by Goodzeit, C.L., Ball, M.J., Meinke, R.B.

“…We describe a new technology for superconducting dipoles that has significant advantages for use in particle accelerators. The dipole field is obtained by…”
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The RHIC magnet system by Anerella, M, Cottingham, J, Cozzolino, J, Dahl, P, Elisman, Y, Escallier, J, Foelsche, H, Ganetis, G, Garber, M, Ghosh, A, Goodzeit, C, Greene, A, Gupta, R, Harrison, M, Herrera, J, Jain, A, Kahn, S, Kelly, E, Killian, E, Lindner, M, Louie, W, Marone, A, Morgan, G, Morgillo, A, Mulhall, S, Muratore, J, Plate, S, Prodell, A, Rehak, M, Rohrer, E, Sampson, W, Schmalzle, J, Schneider, W, Shutt, R, Sintchak, G, Skaritka, J, Thomas, R, Thompson, P, Wanderer, P, Willen, E

“…The magnet system of the collider consists of superconducting dipole, quadrupole and correction magnets for guiding and focusing the beams through the regular…”
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Modulated double-helix quadrupole magnets by Meinke, R.B., Goodzeit, C.L., Ball, M.J.

“…We describe a new technology for superconducting quadrupole magnets especially for use in particle accelerators. The principle is based on the application of a…”
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A superconducting induction motor using double-helix dipole coils by Goodzeit, C.L., Meinke, R.B., Ball, M.J.

“…The double-helix dipole configuration, which uses concentric pairs of oppositely-tilted helical windings to generate a dipole field, is the basis of a design…”
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Development of superconducting magnet systems for HIF experiments by Sabbi, G., Chiesa, L., Faltens, A., Lietzke, A., Seidl, P., Lund, S., Martovetsky, N., Gung, C., Minervini, J., Schultz, J., Hwang, P., Goodzeit, C., Hinson, W., Meinke, R.

“…The U.S. Heavy Ion Fusion program is developing superconducting focusing quadrupoles for near-term experiments and future driver accelerators. Following the…”
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Bent superconducting solenoids with superimposed dipole fields by Meinke, R.B., Goodzeit, C.L.

“…Superconducting solenoid magnets with superimposed dipole field have been proposed for the cooling channel for a future high luminosity muon collider. The…”
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Combined function magnets using double-helix coils by Goodzeit, C., Meinke, R., Ball, M.

“…We describe a technology for creating easy-to- manufacture combined function magnets. The field is produced by double-helix coils in which the axial path of…”
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Measurement of internal forces in superconducting accelerator magnets with strain gauge transducers by Goodzeit, C.L., Anerella, M.D., Ganetis, G.L.

“…An improved method has been developed for the measurement of internal forces in superconducting accelerator magnets, in particular the comprehensive stresses…”
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Tests of prototype quadrupole magnets for heavy ion fusion beam transport by Chen-yu Gung, Minervini, J.V., Schultz, J.H., Meinke, R.B., Goodzeit, C.L., Sabbi, G., Seidl, P.

“…Four NbTi superconducting prototype quadrupole magnets have been built for the High Current Transport Experiment (HCX) as part of the multi-beam heavy-ion…”
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Partial lifetime test of an SSC Collider dipole by Wanderer, P., Anerella, M., Ganetis, G., Garber, M., Ghosh, A.K., Greene, A., Gupta, R., Jain, A., Kahn, S., Kelly, E., Morgan, G., Muratore, J., Prodell, A., Rehak, M., Rohrer, E.P., Sampson, W., Shutt, R., Thomas, R., Thompson, P., Willen, E., Akhmetov, A., Bush, T., Capone, W.D., Coombes, R., Devred, A., Dimarco, J., Goodzeit, C., Krzywinski, J., Kuzminski, J., Nah, W., Ogitsu, T., Radusewicz, P., Schermer, R., Stiening, R., Tompkins, J.C., Wake, M., Zbasnik, J., Zhao, Y., Zheng, H.

“…Over a period of ten months, a 15 m-long, 50 mm-aperture superconducting SSC Collider dipole was taken through a series of thermal and power cycles to check…”
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Mechanical and electromagnetic analysis of 50 millimeter designs for the SSC dipole by JAYAKUMAR, J, LEUNG, K, KAHN, S, MORGAN, G, WILLEN, E, KERBY, J, STRAIT, J, SCHERMER, R, NOBREGA, F, ORRELL, D, SANGER, P, SNITCHLER, G, SPIGO, G, TURNER, J, GOODZEIT, C, GUPTA, R

“…This paper analyzes several designs for the superconducting Super Collider dipole magnet. This note discusses the mechanical and electromagnetic features of…”
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Mechanical and electronic analysis of 50 millimeter designs for the SSC dipole by Jayakumar, J., Leung, K., Nobrega, F., Orrell, D., Sanger, P., Snitchler, G., Spigo, G., Turner, J., Goodzeit, C., Gupta, R., Kahn, S., Morgan, G., Willen, E., Kerby, J., Strait, J., Schermer, R.

“…Several designs for the Superconducting Super Collider dipole magnet have been analyzed. The mechanical and electromagnetic features of each design is…”
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Performance of trim coils made by a novel method by Wanderer, P., Anerella, M., Cottingham, J., Ganetis, G., Garber, M., Ghosh, A., Goodzeit, C., Greene, A., Gupta, R., Herrera, J., Kahn, S., Kelly, E., Meade, A., Morgan, G., Muratore, J., Prodell, A., Rehak, M., Rohrer, E.P., Sampson, W., Shutt, R., Skaritka, J., Thompson, P., Willen, E.

“…A precision, automated method of manufacturing trim coils on printed circuit technology has been developed. Excellent quench performance and increased…”
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Test results of BNL built 40-mm aperture, 17-m-long SSC collider dipole magnets by Kuzminski, J., Bush, T., Coombes, R., Devred, A., DiMarco, J., Goodzeit, C., Puglisi, M., Radusewicz, P., Sanger, P., Schermer, R., Tompkins, J.C., Wolf, Z., Yu, Y., Zheng, H., Ogitsu, T., Anerella, M., Cottingham, J., Ganetis, G., Garber, M., Ghosh, A., Greene, A., Gupta, R., Herrera, J., Kahn, S., Kelly, E., Meade, A., Morgan, G., Muratore, J., Prodell, A., Rehak, M., Rohrer, E.P., Sampson, W., Shutt, R., Thompson, P., Wanderer, P., Willen, E., Bleadon, M., Hanft, R., Kuchnir, M., Mantsch, P., Mazur, P.O., Orris, D., Peterson, T., Strait, J., Royet, J., Scanlan, R., Taylor, C.

“…Eleven 17-m-long, 40-mm-aperture SSC (Superconducting Super Collider) R&D superconducting collider dipole magnets, built at BNL (Brookhaven National…”
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Results of magnetic field measurements of 40 mm aperture 17-m long SSC model collider dipole magnets by Wanderer, P., Anerella, M., Cottingham, J., Ganetis, G., Garber, M., Ghosh, A., Greene, A., Gupta, R., Herrera, J., Kahn, S., Kelly, E., Meade, A., Morgan, G., Muratore, J., Prodell, A., Rehak, M., Rohrer, E.P., Sampson, W., Shutt, R., Thompson, P., Willen, E., Bleadon, M., Hanft, R., Kuchnir, M., Mantsch, P., Mazur, P.O., Orris, D., Peterson, T., Strait, J., Royet, J., Scanlan, R., Taylor, C., Bush, T., Coombes, R., Devred, A., DiMarco, J., Goodzeit, C., Kuzminski, J., Ogitsu, T., Puglisi, M., Radusewicz, P., Sanger, P., Schermer, R., Tompkins, J., Turner, J., Wolf, Z., Yu, Y., Zheng, H.

“…Magnetic field measurements have been made on twelve 17-m-long, 40-mm-aperture R&D superconducting dipoles. Data on dipole field strength, multipole…”
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Test results from two 5m two-in-one superconducting magnets for the SSC by Cottingham, J., Dahl, P., Fernow, R., Garber, M., Ghosh, A., Goodzeit, C., Greene, A., Herrera, J., Kahn, S., Kelly, E.

“…Two 5m long superconducting dipole magnets with specifications similar to the reference design for the proposed Superconducting Super Collider have been…”
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Test results from recent 1.8-M SSC model dipoles by Wanderer, P., Cottingham, J.G., Dahl, P., Garber, M., Ghosh, A., Goodzeit, C., Greene, A., Herrera, J., Kahn, S., Kelly, E., Morgan, G., Prodell, A., Sampson, W., Schneider, W., Shutt, R., Thomspon, P., Willen, E.

“…The authors report results for four 1.8-m-long dipoles built as part of the Superconducting Super Collider (SSC) research and development program. Except for…”
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Test results from 1.8-m SSC model dipoles by Wanderer, P., Cottingham, J.G., Dahl, P., Garber, M., Ghosh, A., Goodzeit, C., Greene, A., Herrera, J., Kahn, S., Kelly, E., Morgan, G., Prodell, A., Sampson, W., Schneider, W., Shutt, R., Thompson, P., Willen, E.

“…Results are reported from the first four 1.8-m-long dipoles built as part of the Superconducting Super Collider research and development program. Except for…”
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Tests of full scale SSC R&D dipole magnets by Strait, J., Brown, B.C., Hanft, R., Kuchnir, M., Lamm, M., Lundy, R., Mantsch, P., Mazur, P.O., McInturff, A., Orr, J.R., Cottingham, J.G., Dahl, P., Ganetis, G., Gerber, M., Ghosh, A., Goodzeit, C., Greene, A., Herrera, J., Kahn, S., Kelly, E., Morgan, G., Prodell, A., Sampson, W., Schneider, W., Shutt, R., Thompson, P., Wanderer, P., Willen, E., Caspi, S., Gilbert, W., Meuser, R., Peters, C., Rechen, J., Royer, R., Scanlan, R., Taylor, C., Zbasnik, J., Chapman, M., Devred, A., Kaugerts, J., Peoples, J., Tompkins, J., Schermer, R.

“…Four full-scale SSC (Superconducting Super Collider) research and development dipole magnets, incorporating successive mechanical design improvements, have…”
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