Search Results - "Pogue, N."

Three-Dimensional Particle-in-Cell Analysis of Mechanical Design Tolerances of the Scorpius Injector With Warp by Clark, S. Eric, Stem, W. D., Melton, C. N., Pogue, N., Ellsworth, J.

“…This article examines the mechanical design tolerances for the Scorpius injector using a 3-D particle-in-cell (PIC) code. In order to meet its objective as a…”
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Analysis and suppression of RF radiation from the PSI 590 MeV cyclotron Flat Top Cavity by Pogue, N.J., Stingelin, L., Adelmann, A.

“…The Flat Top Cavity, located in the PSI HIPA Ring Cyclotron leaks RF power of several kilo Watts into the cyclotron's vacuum space causing several…”
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Examination of the plasma located in PSI Ring Cyclotron by Pogue, N.J., Adelmann, A., Schneider, M., Stingelin, L.

“…A plasma has been observed inside the vacuum chamber of the PSI Ring Cyclotron. This ionized gas cloud may be a substantial contributor to several interior…”
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Candidate molten salt investigation for an accelerator driven subcritical core by Sooby, E., Baty, A., Beneš, O., McIntyre, P., Pogue, N., Salanne, M., Sattarov, A.

“…•Developing accelerator driven subcritical fission to destroy transuranics in SNF.•The core is a vessel containing a molten mixture of NaCl and transuranic…”
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Penetration depth measurement of a 6 MeV electron beam in water by magnetic resonance imaging by Hammer, B. E., Christensen, N. L, Conroy, M. J., King, W. J., Pogue, N.

“…We demonstrate magnetic resonance imaging (MRI) visualization of a 6 MeV electron beam in ferrous-doped water; a 25 mm penetration depth was measured. Time…”
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Publisher’s Note: Penetration depth measurement of a 6 MeV electron beam in water by magnetic resonance imaging [Phys. Rev. ST Accel. Beams 14 , 114701 (2011)] by Hammer, B. E., Christensen, N. L, Conroy, M. J., King, W. J., Pogue, N.

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Pulsed Transformer Magnetic Core Comparison of Different Materials for Pulsed Power Applications by Kim, M., Clancy, T., Houck, T. L., Pogue, N.

“…Pulse transformers are imperative to specific pulsed power systems including inductive voltage adders and induction accelerator cells. Magnetic cores as a…”
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Polyhedral Superconducting Cavity for Particle Accelerators by McIntyre, P., Pogue, N., Sattarov, A.

“…A polyhedral cavity design is being developed for particle accelerators, with particular potential application to future linac colliders. In essence it is a…”
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Superconducting Test Cavity With Dielectric Concentrator for High Q, High Surface Field by Pogue, N., Blackburn, R., McIntyre, P., Sattarov, A.

“…A superconducting test cavity and cryostat are being developed to support the testing of round wafer samples of new superconducting materials. The cavity is…”
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Superconducting Sector Dipole for a Strong Focusing Cyclotron by Kellams, J. N., McIntyre, P., Sattarov, A., Pogue, N., Melconian, K.

“…A superconducting strong focusing cyclotron (SFC) is being developed for high current applications. The dipole magnetic field required for isochronous…”
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Texturing of Micaceous Superconductor Powder and Fabrication of Wire to Preserve the Texture by Damborsky, K, Feng Lu, McIntyre, P, Pogue, N

“…The Bi-based high-temperature superconductors are micaceous: grains cleave preferentially in the ab plane when fractured, so that powders consist of thin…”
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High-intensity inspiratory muscle training in patients with chronic obstructive pulmonary disease and severely reduced function by Covey, M K, Larson, J L, Wirtz, S E, Berry, J K, Pogue, N J, Alex, C G, Patel, M

“…This study examined the effects of inspiratory muscle training (IMT) with high-intensity inspiratory pressure loads on respiratory muscle performance and…”
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Ultra-Gradient Test Cavity for Testing SRF Wafer Samples by Pogue, N J, McIntyre, P M, Sattarov, A I, Reece, C

“…A 1.3 GHz test cavity has been designed to test wafer samples of superconducting materials. This mushroom shaped cavity, operating in TE 01 mode, creates a…”
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Teaching correct and safe bedside procedures by Fincher, R M, Pogue, L N, Cowan, C F

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Polyhedral cavity structure for linac colliders by Pogue, N., McIntyre, P., Sattarov, A.

“…A polyhedral superconducting cavity is being developed for possible use in linac colliders. The side view of the cavity has the ellipsoidal contour of a…”
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Validating the nursing diagnosis of impaired physical mobility by Creason, N S, Pogue, N J, Nelson, A A, Hoyt, C A

“…The lack of research-based literature and of research models for validating nursing diagnoses results in some ambiguity in research efforts. Research must,…”
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20 T dipoles and Bi-2212: the path to LHC energy upgrade by McIntyre, P. M, Damborsky, K, Holik, E. F, Lu, F, McInturff, A. D, Pogue, N, Sattarov, A, Sooby, E

“…Increasing the energy of the LHC would require a ring of \sim20 T magnets using the superconductors Nb3Sn and Bi-2212/Ag. The technology for Bi-2212/Ag wire,…”
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MEIC Design Summary by Abeyratne, S, Barber, D, Bogacz, A, Brindza, P, Cai, Y, Camsonne, A, Castilla, A, Chevtsov, P, Daly, E, Derbenev, Y. S, Douglas, D, Dudnikov, V, Ent, R, Erdelyi, B, Filatov, Y, Gaskell, D, Grames, J, Guo, J, Harwood, L, Hutton, A, Hyde, C, Jordan, K, Kimber, A, Krafft, G. A, Kondratenko, A, Kondratenko, M, Li, R, Lin, F, Mann, T, McIntyre, P, Michalski, T, Morozov, V. S, Nadel-Turonski, P, Nosochkov, Y. M, Ostroumov, P. N, Park, K, Pilat, F, Poelker, M, Pogue, N. J, Rimmer, R, Roblin, Y, Satogata, T, Sattarov, A, Spata, M, Suleiman, R, Sullivan, M, Sy, A, Tennant, C, Wang, H, Wang, M-H, Wang, S, Wienands, U, Zhang, H, Zhang, Y, Zhao, Z

“…This document summarizes the design of Jefferson Lab's electron-ion collider, MEIC, as of January 20, 2015, and describes the facility whose cost was estimated…”
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