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1. Electron Bernstein waves emission in the TJ-II Stellarator

Author

García-Regaña, J. M., Cappa, Á., Castejón, F., Caughman, J. B. O, Tereshchenko, M., Ros, A., Rasmussen, D. A., and Wilgen, J. B.

Subjects
Physics - Plasma Physics
Abstract

Taking advantage of the electron Bernstein waves heating (EBWH) system of the TJ-II stellarator, an electron Bernstein emission (EBE) diagnostic was installed. Its purpose is to investigate the B-X-O radiation properties in the zone where optimum theoretical EBW coupling is predicted. An internal movable mirror shared by both systems allows us to collect the EBE radiation along the same line of sight that is used for EBW heating. The theoretical EBE has been calculated for different orientations of the internal mirror using the TRUBA code as ray tracer. A comparison with experimental data obtained in NBI discharges is carried out. The results provide a valuable information regarding the experimental O-X mode conversion window expected in the EBW heating experiments. Furthermore, the characterization of the radiation polarization shows evidence of the underlying B-X-O conversion process., Comment: 21 pages, 14 figures

Published
2010
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2. Overview of recent physics results from the National Spherical Torus Experiment (NSTX)

Author

Menard, JE, Bell, MG, Bell, RE, Bernabei, S, Bialek, J, Biewer, T, Blanchard, W, Boedo, J, Bush, CE, Carter, MD, Choe, W, Crocker, NA, Darrow, DS, Davis, W, Delgado-Aparicio, L, Diem, S, Domier, CW, D'Ippolito, DA, Ferron, J, Field, A, Foley, J, Fredrickson, ED, Gates, DA, Gibney, T, Harvey, R, Hatcher, RE, Heidbrink, W, Hill, KW, Hosea, JC, Jarboe, TR, Johnson, DW, Kaita, R, Kaye, SM, Kessel, CE, Kubota, S, Kugel, HW, Lawson, J, LeBlanc, BP, Lee, KC, Levinton, FM, Luhmann, NC, Maingi, R, Majeski, RP, Manickam, J, Mansfield, DK, Maqueda, R, Marsala, R, Mastrovito, D, Mau, TK, Mazzucato, E, Medley, SS, Meyer, H, Mikkelsen, DR, Mueller, D, Munsat, T, Myra, JR, Nelson, BA, Neumeyer, C, Nishino, N, Ono, M, Park, HK, Park, W, Paul, SF, Peebles, T, Peng, M, Phillips, C, Pigarov, A, Pinsker, R, Ram, A, Ramakrishnan, S, Raman, R, Rasmussen, D, Redi, M, Rensink, M, Rewoldt, G, Robinson, J, Roney, P, Roquemore, AL, Ruskov, E, Ryan, P, Sabbagh, SA, Schneider, H, Skinner, CH, Smith, DR, Sontag, A, Soukhanovskii, V, Stevenson, T, Stotler, D, Stratton, BC, Stutman, D, Swain, D, Synakowski, E, Takase, Y, Taylor, G, Tritz, K, von Halle, A, Wade, M, White, R, Wilgen, J, and Williams, M

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Fluids & Plasmas
Abstract

The National Spherical Torus Experiment (NSTX) has made considerable progress in advancing the scientific understanding of high performance long-pulse plasmas needed for future spherical torus (ST) devices and ITER. Plasma durations up to 1.6 s (five current redistribution times) have been achieved at plasma currents of 0.7 MA with non-inductive current fractions above 65% while simultaneously achieving βT and βN values of 17% and 5.7 (%m T MA-1), respectively. A newly available motional Stark effect diagnostic has enabled validation of current-drive sources and improved the understanding of NSTX 'hybrid'-like scenarios. In MHD research, ex-vessel radial field coils have been utilized to infer and correct intrinsic EFs, provide rotation control and actively stabilize the n ≤ 1 resistive wall mode at ITER-relevant low plasma rotation values. In transport and turbulence research, the low aspect ratio and a wide range of achievable β in the NSTX provide unique data for confinement scaling studies, and a new microwave scattering diagnostic is being used to investigate turbulent density fluctuations with wavenumbers extending from ion to electron gyro-scales. In energetic particle research, cyclic neutron rate drops have been associated with the destabilization of multiple large toroidal Alfven eigenmodes (TAEs) analogous to the 'sea-of-TAE' modes predicted for ITER, and three-wave coupling processes have been observed for the first time. In boundary physics research, advanced shape control has enabled studies of the role of magnetic balance in H-mode access and edge localized mode stability. Peak divertor heat flux has been reduced by a factor of 5 using an H-mode-compatible radiative divertor, and lithium conditioning has demonstrated particle pumping and results in improved thermal confinement. Finally, non-solenoidal plasma start-up experiments have achieved plasma currents of 160 kA on closed magnetic flux surfaces utilizing coaxial helicity injection. © 2007 IAEA.

Published
2007

3. Effect of plasma shaping on performance in the National Spherical Torus Experimenta)

Author

Gates, DA, Maingi, R, Menard, J, Kaye, S, Sabbagh, SA, Taylor, G, Wilson, JR, Bell, MG, Bell, RE, Bernabei, S, Bialek, J, Biewer, T, Blanchard, W, Boedo, J, Bush, C, Carter, MD, Choe, W, Crocker, N, Darrow, DS, Davis, W, Delgado-Aparicio, L, Diem, S, Ferron, J, Field, A, Foley, J, Fredrickson, ED, Harvey, R, Hatcher, RE, Heidbrink, W, Hill, K, Hosea, JC, Jarboe, TR, Johnson, DW, Kaita, R, Kessel, C, Kubota, S, Kugel, HW, Lawson, J, LeBlanc, BP, Lee, KC, Levinton, F, Manickam, J, Maqueda, R, Marsala, R, Mastrovito, D, Mau, TK, Medley, SS, Meyer, H, Mikkelsen, DR, Mueller, D, Munsat, T, Nelson, BA, Neumeyer, C, Nishino, N, Ono, M, Park, H, Park, W, Paul, S, Peebles, W, Peng, M, Phillips, C, Pigarov, A, Pinsker, R, Ram, A, Ramakrishnan, S, Raman, R, Rasmussen, D, Redi, M, Rensink, M, Rewoldt, G, Robinson, J, Roney, P, Roquemore, L, Ruskov, E, Ryan, P, Schneider, H, Skinner, CH, Smith, DR, Sontag, A, Soukhanovskii, V, Stevenson, T, Stotler, D, Stratton, B, Stutman, D, Swain, D, Synakowski, E, Takase, Y, Tritz, K, Halle, A von, Wade, M, White, R, Wilgen, J, Williams, M, Zhu, W, Zweben, SJ, Akers, R, Beiersdorfer, P, Betti, R, and Bigelow, T

Subjects
Astronomical and Space Sciences, Atomic, Molecular, Nuclear, Particle and Plasma Physics, Classical Physics, Fluids & Plasmas
Abstract

The National Spherical Torus Experiment (NSTX) has explored the effects of shaping on plasma performance as determined by many diverse topics including the stability of global magnetohydrodynamic (MHD) modes (e.g., ideal external kinks and resistive wall modes), edge localized modes (ELMs), bootstrap current drive, divertor flux expansion, and heat transport. Improved shaping capability has been crucial to achieving Βt ∼40%. Precise plasma shape control has been achieved on NSTX using real-time equilibrium reconstruction. NSTX has simultaneously achieved elongation κ∼2.8 and triangularity δ∼0.8. Ideal MHD theory predicts increased stability at high values of shaping factor S≡ q95 Ip (a Bt), which has been observed at large values of the S∼37 [MA (m·T)] on NSTX. The behavior of ELMs is observed to depend on plasma shape. A description of the ELM regimes attained as shape is varied will be presented. Increased shaping is predicted to increase the bootstrap fraction at fixed Ip. The achievement of strong shaping has enabled operation with 1 s pulses with Ip =1 MA, and for 1.6 s for Ip =700 kA. Analysis of the noninductive current fraction as well as empirical analysis of the achievable plasma pulse length as elongation is varied will be presented. Data are presented showing a reduction in peak divertor heat load due to increasing in flux expansion. © 2006 American Institute of Physics.

Published
2006

4. Progress towards steady state on NSTX

Author

Gates, DA, Kessel, C, Menard, J, Taylor, G, Wilson, JR, Bell, MG, Bell, RE, Bernabei, S, Bialek, J, Biewer, T, Blanchard, W, Boedo, J, Bush, C, Carter, MD, Choe, W, Crocker, N, Darrow, DS, Davis, W, Delgado-Aparicio, L, Diem, S, Ferron, J, Field, A, Foley, J, Fredrickson, ED, Gibney, T, Harvey, R, Hatcher, RE, Heidbrink, W, Hill, K, Hosea, JC, Jarboe, TR, Johnson, DW, Kaita, R, Kaye, S, Kubota, S, Kugel, HW, Lawson, J, LeBlanc, BP, Lee, KC, Levinton, F, Maingi, R, Manickam, J, Maqueda, R, Marsala, R, Mastrovito, D, Mau, TK, Medley, SS, Meyer, H, Mikkelsen, DR, Mueller, D, Munsat, T, Nelson, BA, Neumeyer, C, Nishino, N, Ono, M, Park, H, Park, W, Paul, S, Peebles, T, Peng, M, Phillips, C, Pigarov, A, Pinsker, R, Ram, A, Ramakrishnan, S, Raman, R, Rasmussen, D, Redi, M, Rensink, M, Rewoldt, G, Robinson, J, Roney, P, Roquemore, L, Ruskov, E, Ryan, P, Sabbagh, SA, Schneider, H, Skinner, CH, Smith, DR, Sontag, A, Soukhanovskii, V, Stevenson, T, Stotler, D, Stratton, B, Stutman, D, Swain, D, Synakowski, E, Takase, Y, Tritz, K, von Halle, A, Wade, M, White, R, Wilgen, J, Williams, M, Zhu, W, Zweben, SJ, Akers, R, Beiersdorfer, P, Betti, R, and Bigelow, T

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Fluids & Plasmas
Abstract

In order to reduce recirculating power fraction to acceptable levels, the spherical torus concept relies on the simultaneous achievement of high toroidal β and high bootstrap fraction in steady state. In the last year, as a result of plasma control system improvements, the achievable plasma elongation on NSTX has been raised from κ ∼ 2.1 to κ ∼ 2.6 - approximately a 25% increase. This increase in elongation has led to a substantial increase in the toroidal β for long pulse discharges. The increase in β is associated with an increase in plasma current at nearly fixed poloidal β, which enables higher βt with nearly constant bootstrap fraction. As a result, for the first time in a spherical torus, a discharge with a plasma current of 1 MA has been sustained for 1 s (0.8 s current flat-top). Data are presented from NSTX correlating the increase in performance with increased plasma shaping capability. In addition to improved shaping, H-modes induced during the current ramp phase of the plasma discharge have been used to reduce flux consumption and to delay the onset of MHD instabilities. Based on these results, a modelled integrated scenario, which has 100% non-inductive current drive with very high toroidal β, will also be discussed. The NSTX poloidal field coils are currently being modified to produce the plasma shape which is required for this scenario, which requires high triangularity (δ ∼ 0.8) at elevated elongation (κ ∼ 2.5). The other main requirement of steady state on NSTX is the ability to drive a fraction of the total plasma current with RF waves. The results of high harmonic fast wave heating and current drive studies as well as electron Bernstein wave emission studies will be presented. © 2006 IAEA, Vienna.

Published
2006

5. Progress towards high-performance, steady-state spherical torus

Author

Ono, M, Bell, MG, Bell, RE, Bigelow, T, Bitter, M, Blanchard, W, Boedo, J, Bourdelle, C, Bush, C, Choe, W, Chrzanowski, J, Darrow, DS, Diem, SJ, Doerner, R, Efthimion, PC, Ferron, JR, Fonck, RJ, Fredrickson, ED, Garstka, GD, Gates, DA, Gray, T, Grisham, LR, Heidbrink, W, Hill, KW, Hoffman, D, Jarboe, TR, Johnson, DW, Kaita, R, Kaye, SM, Kessel, C, Kim, JH, Kissick, MW, Kubota, S, Kugel, HW, LeBlanc, BP, Lee, K, Lee, SG, Lewicki, BT, Luckhardt, S, Maingi, R, Majeski, R, Manickam, J, Maqueda, R, Mau, TK, Mazzucato, E, Medley, SS, Menard, J, Mueller, D, Nelson, BA, Neumeyer, C, Nishino, N, Ostrander, CN, Pacella, D, Paoletti, F, Park, HK, Park, W, Paul, SF, Peng, Y-KM, Phillips, CK, Pinsker, R, Probert, PH, Ramakrishnan, S, Raman, R, Redi, M, Roquemore, AL, Rosenberg, A, Ryan, PM, Sabbagh, SA, Schaffer, M, Schooff, RJ, Seraydarian, R, Skinner, CH, Sontag, AC, Soukhanovskii, V, Spaleta, J, Stevenson, T, Stutman, D, Swain, DW, Synakowski, E, Takase, Y, Tang, X, Taylor, G, Timberlake, J, Tritz, KL, Unterberg, EA, Von Halle, A, Wilgen, J, Williams, M, Wilson, JR, Xu, X, Zweben, SJ, Akers, R, Barry, RE, Beiersdorfer, P, Bialek, JM, Blagojevic, B, Bonoli, PT, Carter, MD, Davis, W, and Deng, B

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Other Physical Sciences, Fluids & Plasmas
Abstract

Research on the spherical torus (or spherical tokamak) (ST) is being pursued to explore the scientific benefits of modifying the field line structue fro that in more moderate aspect ratio devices. The ST experiments are being conducted in various US research facilities. The area of power and particle handling is expected to be challenging because of the higher power density expected in the ST relative to that in conventional aspect-ratio tokamaks.

Published
2003

6. The national spherical torus experiment (NSTX) research programme and progress towards high beta, long pulse operating scenarios

Author

Synakowski, EJ, Bell, MG, Bell, RE, Bigelow, T, Bitter, M, Blanchard, W, Boedo, J, Bourdelle, C, Bush, C, Darrow, DS, Efthimion, PC, Fredrickson, ED, Gates, DA, Gilmore, M, Grisham, LR, Hosea, JC, Johnson, DW, Kaita, R, Kaye, SM, Kubota, S, Kugel, HW, LeBlanc, BP, Lee, K, Maingi, R, Manickam, J, Maqueda, R, Mazzucato, E, Medley, SS, Menard, J, Mueller, D, Nelson, BA, Neumeyer, C, Ono, M, Paoletti, F, Park, HK, Paul, SF, Peng, Y-KM, Phillips, CK, Ramakrishnan, S, Raman, R, Roquemore, AL, Rosenberg, A, Ryan, PM, Sabbagh, SA, Skinner, CH, Soukhanovskii, V, Stevenson, T, Stutman, D, Swain, DW, Taylor, G, Von Halle, A, Wilgen, J, Williams, M, Wilson, JR, Zweben, SJ, Akers, R, Barry, RE, Beiersdorfer, P, Bialek, JM, Blagojevic, B, Bonoli, PT, Budny, R, Carter, MD, Chang, CS, Chrzanowski, J, Davis, W, Deng, B, Doyle, EJ, Dudek, L, Egedal, J, Ellis, R, Ferron, JR, Finkenthal, M, Foley, J, Fredd, E, Glasser, A, Gibney, T, Goldston, RJ, Harvey, R, Hatcher, RE, Hawryluk, RJ, Heidbrink, W, Hill, KW, Houlberg, W, Jarboe, TR, Jardin, SC, Ji, H, Kalish, M, Lawrance, J, Lao, LL, Lee, KC, Levinton, FM, Luhmann, NC, Majeski, R, Marsala, R, Mastravito, D, Mau, TK, McCormack, B, Menon, MM, and Mitarai, O

Subjects
Atomic, Molecular, Nuclear, Particle and Plasma Physics, Fluids & Plasmas
Abstract

A major research goal of the national spherical torus experiment is establishing long-pulse, high beta, high confinement operation and its physics basis. This research has been enabled by facility capabilities developed during 2001 and 2002, including neutral beam (up to 7 MW) and high harmonic fast wave (HHFW) heating (up to 6 MW), toroidal fields up to 6 kG, plasma currents up to 1.5 MA, flexible shape control, and wall preparation techniques. These capabilities have enabled the generation of plasmas with βT ≡ /(BT02/2μ0) of up to 35%. Normalized beta values often exceed the no-wall limit, and studies suggest that passive wall mode stabilization enables this for H mode plasmas with broad pressure profiles. The viability of long, high bootstrap current fraction operations has been established for ELMing H mode plasmas with toroidal beta values in excess of 15% and sustained for several current relaxation times. Improvements in wall conditioning and fuelling are likely contributing to a reduction in H mode power thresholds. Electron thermal conduction is the dominant thermal loss channel is auxiliary heated plasmas examined thus far. HHFW effectively heats electrons, and its acceleration of fast beam ions has been observed. Evidence for HHFW current drive is obtained by comparison of the loop voltage evolution in plasmas with matched density and temperature profiles but varying phases of launched HHFW waves. Studies of emissions from electron Bernstein waves indicate a density scale length dependence of their transmission across the upper hybrid resonance near the plasma edge that is consistent with theoretical predictions. A peak heat flux to the divertor targets of 10 MW m-2 has been measured in the H mode, with large asymmetries being observed in the power deposition between the inner and outer strike points. Non-inductive plasma startup studies have focused on coaxial helicity injection. With this technique, toroidal currents up to 400 kA have been driven, and studies to assess flux closure and coupling to other current drive techniques have begun.

Published
2003

9. Experimental Results from the TFTR Tokamak

Author

Hawryluk, R. J., Arunasalam, V., Bell, J. D., Bell, M. G., Bitter, M., Blanchard, W. R., Boody, F., Bretz, N., Budny, R., Bush, C. E., Callen, J. D., Cecchi, J. L., Cohen, S., Colchin, R. J., Combs, S. K., Coonrod, J., Davis, S. L., Dimock, D., Dylla, H. F., Efthimion, P. C., Emerson, L. C., England, A. C., Eubank, H. P., Fonck, R., Fredrickson, E., Goldston, R. J., Grisham, L. R., Grek, B., Groebner, R., Hendel, H., Hill, K. W., Hillis, D. L., Hinnov, E., Hiroe, S., Hulse, R., Hsuan, H., Johnson, D., Kaita, R., Kamperschroer, R., Kaye, S. M., Kilpatrick, S., Kugel, H., LaMarche, P. H., Little, R., Ma, C. H., Manos, D. M., Mansfield, D., McCann, R. T., McCarthy, M., McCune, D. C., McGuire, K., Meade, D. M., Medley, S. S., Milora, S. L., Mikkelsen, D. R., Morris, W., Mueller, D., Murakami, M., Nieschmidt, E., Owens, D. K., Pare, V. K., Park, H., Prichard, B., Ramsey, A., Rasmussen, D. A., Redi, M. H., Roquemore, A. L., Sauthoff, N. R., Schivell, J., Schmidt, G. L., Scott, S. D., Sesnic, S., Shimada, M., Simpkins, J. E., Sinnis, J., Stauffer, F., Stratton, B., Tait, G. D., Taylor, G., Thomas, C. E., Towner, H. H., Ulrickson, M., Von Goeler, S., Weiland, R., Wilgen, J. B., Williams, M., Wong, K. L., Yoshikawa, S., Young, K. M., Zarnstorff, M. C., and Zweben, S.

Published
1987

10. Results of NSTX heating experiments

Author

Mueller, D., Ono, M., Bell, M.G., Bell, R.E., Bitter, M., Bourdelle, C., Darrow, D.S., Efthimion, P.C., Fredrickson, E.D., Gates, D.A., Goldston, R.J., Grisham, L.R., Hawryluk, R.J., Hill, K.W., Hosea, J.C., Jardin, S.C., Ji, H., Kaye, S.M., Kaita, R., Kugel, H.W., Johnson, D.W., LeBlanc, B.P., Majeski, R., Mazzucato, E., Medley, S.S., Menard, J.E., Park, H.K., Paul, S.F., Phillips, C.K., Redi, M.H., Rosenberg, A.L., Skinner, C.H., Soukhanovskii, V.A., Stratton, B., Synakowski, E.J., Taylor, G., Wilson, J.R., Zweben, S.J., Dorland, W.D., Peng, Y.K.M., Barry, R., Bigelow, T., Bush, C.E., Carter, M., Maingi, R., Menon, M., Ryan, P.M., Swain, D.W., Wilgen, J., Sabbagh, S.A., Paoletti, F., Bialek, J., Zhu, W., Raman, R., Jarboe, T.R., Nelson, B.A., Maqueda, R.J., Wurden, G.A., Pinsker, R.I., Schaffer, M., Ferron, J., Lao, L., Stutman, D., Finkenthal, M., Wampler, W., Kubota, S., Peebles, W.A., Gilmore, M., Mau, T.K., Lee, K.C., Domier, C.W., Deng, B.H., Johnson, M., Luhmann, N.C., Jr., Bonoli, P., Bers, A., Ram, A., Akers, R., Takase, Y., Ejiri, A., Ono, Y., Shiraiwa, S., Nishino, N., Mitarai, O., Nagata, M., Yang, J.G., Na, H., and Pacella, D.

Subjects
Fusion reactors, Business, Chemistry, Electronics, Electronics and electrical industries
Abstract

The National Spherical Torus Experiment (NSTX) at Princeton University, Princeton, NJ, is designed to assess the potential of the low-aspect-ratio spherical torus concept for magnetic plasma confinement. The plasma has been heated by up to 7 MW of neutral beam injection (NBI) at an injection energy of 100 keV and up to 6 MW of high harmonic fast wave (HHFW) at 30 MHz. NSTX has achieved [[beta].sub.T] of 32%. A variety of MHD phenomena have been observed to limit [beta]. NSTX has now begun addressing [T.sub.E] scaling, [beta] limits, and current drive issues. During the NBI heating experiments, a broad [T.sub.i] profile with [T.sub.i] up to 2 keV, [T.sub.i] > [T.sub.e] and a large toroidal rotation were observed. Transport analysis suggests that the impurity ions have diffusivities approaching neoclassical. For L-Mode plasmas, [T.sub.E] is up to two times the ITER97L H-Mode scaling and exceeds the ITER98pby2 H-Mode scaling in some cases. Transitions to H-Mode have been observed which result in an approximate doubling of [T.sub.E] after the transition in some conditions. During HHFW heating, [T.sub.e] > [T.sub.i] and [T.sub.e] up to 3.5 keV were observed. Current drive has been studied using both coaxial helicity injection with up to 390 kA of toroidal current and HHFW. HHFW has produced H-modes with significant bootstrap current fraction at low [I.sub.p], high q, and high [[beta].sub.p]. Index Terms--Fusion reactors, plasma confinement, tokamaks.

Published
2003

11. Status of the Standard Electron Beam Diagnostics of the EU-XFEL

Author

Affeldt, A., Awwad, R., Baboi, N., Barrett, Regina, Beutner, B., Brinker, F., Decking, W., Delfs, A., Drewitsch, M., Frank, O., Gharibyan, V., Gerth, C., Hensler, O., Holz, Maximilian, Hoeptner, M., Ignatenko, Alexandr, Knaack, K., Krivan, F., Krouptchenkov, I., Kruse, Juergen, Kube, G., Lemcke, B., Lensch, Timmy-Jan, Liebing, J., Limberg, T., Lipka, D., Lorbeer, B., Lund-Nielsen, J., Meykopff, S., Michalek, B., Neugebauer, J., Neumann, Reinhard, Neumann, Ru., Noelle, D., Pelzer, M., Petrosyan, G., Pisarov, Z., Pototzki, P., Priebe, Gunnar, Rehlich, K., Renner, Dennis, Rybnikov, V., Schlesselmann, G., Schmidt-Foehre, F., Scholz, Matthias, Shi, L., Smirnow, P., Sokolinski, H., Stechmann, C., Steckel, M., Susen, R., Tiessen, H., Vilcins-Czvitkovits, S., Wamsat, T., Wentowski, N., Werner, M., Wiebers, C., Wilgen, J., Wittenburg, Kay, Zahn, R., Ziegler, Anke, Kaukher, Alexander, Baldinger, Raphael, Ditter, R., Keil, Boris, Koprek, Waldemar, Marinkovic, Goran, Roggli, M., Stadler, M., Treyer, D., Napoly, O., Simom, C., and Guetg, Marc

Abstract

5th workshop on Diagnostics Experts of European Light Sources, DEELS 2018, Diamond Light Source, Oxford, England, 18 Apr 2018 - 19 Apr 2018, Outline• Setup and status accelerator• Diagnostics• BPMs• Toroids• Beam Loss Monitors• Wirescanner• Dosimetry• Summary

Published
2018
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14. Experience with the Standard Diagnostics at the European XFEL

Author

Affeldt, A., Awwad, R., Baboi, N., Barrett, Regina, Beutner, B., Brinker, F., Decking, W., Delfs, A., Drewitsch, M., Frank, O., Gharibyan, V., Gerth, C., Hensler, O., Holz, Maximilian, Hoeptner, M., Ignatenko, A., Knaack, K., Krivan, F., Krouptchenkov, I., Kruse, Juergen, Kube, G., Lemcke, B., Lensch, Timmy-Jan, Liebing, J., Limberg, T., Lipka, D., Lorbeer, B., Lund-Nielsen, J., Meykopff, S., Michalek, B., Neugebauer, J., Neumann, Reinhard, Neumann, Ru., Noelle, D., Pelzer, M., Petrosyan, G., Pisarov, Z., Pototzki, P., Priebe, Gunnar, Rehlich, Kay, Renner, Dennis, Rybnikov, V., Schlesselmann, G., Schmidt-Foehre, F., Scholz, Matthias, Shi, Liangliang, Smirnow, P., Sokolinski, H., Stechmann, C., Steckel, Matthias, Susen, R., Tiessen, H., Vilcins-Czvitkovits, S., Wamsat, T., Wentowski, N., Werner, M., Wiebers, C., Wilgen, J., Wittenburg, Kay, Zahn, R., Ziegler, Anke, Kaukher, Alexander, Baldinger, R., Ditter, R., Keil, B., Koprek, W., Kramert, R., Marinkovic, G., Roggli, M., Stadler, M., Treyer, D., Napoly, O., Simon, C., and Guetg, Marc

Abstract

DEELS “Diagnostics Experts of European Light Sources”, DEELS 2017, Saclay, France, 12 Jun 2017 - 13 Jun 2017

Published
2017
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15. Advances in High-harmonic Fast Wave Physics in the National Spherical Torus Experiment

Author

Taylor, G, primary, Hosea, J C, additional, LeBlanc, B P, additional, Phillips, C K, additional, Podesta, M, additional, Valeo, E J, additional, Wilson, J R, additional, Ahn, J -W, additional, Chen, G, additional, Green, D L, additional, Jaeger, E F, additional, Maingi, R, additional, Ryan, P M, additional, Wilgen, J B, additional, Heidbrink, W W, additional, Liu, D, additional, Bonoli, P T, additional, Brecht, T, additional, and Choi, M, additional

Published
2009
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18. Effects of limiter biasing on the ATF torsatron

Author

Uckan, T., primary, Baylor, L. R., additional, Bell, J. D., additional, Bigelow, T. S., additional, England, A. C., additional, Harris, J. H., additional, Isler, R. C., additional, Jernigan, T. C., additional, Lyon, J. F., additional, Ma, C. H., additional, Mioduszewski, P. K., additional, Murakami, M., additional, Rasmussen, D. A., additional, Wilgen, J. B., additional, Aceto, S. C., additional, and Zielinski, J. J., additional

Published
1992
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22. The effect of high magnetic field on phase stability in Fe-Ni.

Author

Nicholson, D. M. C., Kisner, R. A., Ludtka, G. M., Sparks, C. J., Petit, L., Jaramillo, Roger, Mackiewicz-Ludtka, G., Wilgen, J. B., Sheikh-Ali, Askar, and Kalu, P. N.

Subjects
IRON alloys, MAGNETIC fields, FERROMAGNETISM, MAGNETIZATION, FIELD theory (Physics), PHYSICS
Abstract

Identically prepared samples of Fe0.85Ni0.15 were annealed either in the ambient magnetic field or in a field of 29 T. Room temperature x-ray powder diffraction measurements that were performed after magnetic annealing showed that the ratio of the volume of the γ to α phase is decreased in the field-annealed sample by a factor of 2. First-principles calculations of the magnetic structure in the presence of a magnetic field are used to compute the resulting change in free energy. Analysis in terms of the phase diagram calculated with and without a magnetic field is in substantial agreement with the measurements. © 2004 American Institute of Physics. [ABSTRACT FROM AUTHOR]

Published
2004
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23. Disruption Mitigation System Developments and Design for ITER

Author

Baylor, L.R., primary, Barbier, C. C., additional, Carmichael, J. R., additional, Combs, S. K., additional, Ericson, M. N., additional, Bull Ezell, N. D., additional, Fisher, P. W., additional, Lyttle, M. S., additional, Meitner, S. J., additional, Rasmussen, D. A., additional, Smith, S. F., additional, Wilgen, J. B., additional, Maruyama, S., additional, and Kiss, G., additional

Published
2015
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27. Overview of physics results from the conclusive operation of the National Spherical Torus Experiment

Author

Sabbagh, S.A., primary, Ahn, J.-W., additional, Allain, J., additional, Andre, R., additional, Balbaky, A., additional, Bastasz, R., additional, Battaglia, D., additional, Bell, M., additional, Bell, R., additional, Beiersdorfer, P., additional, Belova, E., additional, Berkery, J., additional, Betti, R., additional, Bialek, J., additional, Bigelow, T., additional, Bitter, M., additional, Boedo, J., additional, Bonoli, P., additional, Boozer, A., additional, Bortolon, A., additional, Boyle, D., additional, Brennan, D., additional, Breslau, J., additional, Buttery, R., additional, Canik, J., additional, Caravelli, G., additional, Chang, C., additional, Crocker, N., additional, Darrow, D., additional, Davis, B., additional, Delgado-Aparicio, L., additional, Diallo, A., additional, Ding, S., additional, D'Ippolito, D., additional, Domier, C., additional, Dorland, W., additional, Ethier, S., additional, Evans, T., additional, Ferron, J., additional, Finkenthal, M., additional, Foley, J., additional, Fonck, R., additional, Frazin, R., additional, Fredrickson, E., additional, Fu, G., additional, Gates, D., additional, Gerhardt, S., additional, Glasser, A., additional, Gorelenkov, N., additional, Gray, T., additional, Guo, Y., additional, Guttenfelder, W., additional, Hahm, T., additional, Harvey, R., additional, Hassanein, A., additional, Heidbrink, W., additional, Hill, K., additional, Hirooka, Y., additional, Hooper, E.B., additional, Hosea, J., additional, Humphreys, D., additional, Indireshkumar, K., additional, Jaeger, F., additional, Jarboe, T., additional, Jardin, S., additional, Jaworski, M., additional, Kaita, R., additional, Kallman, J., additional, Katsuro-Hopkins, O., additional, Kaye, S., additional, Kessel, C., additional, Kim, J., additional, Kolemen, E., additional, Kramer, G., additional, Krasheninnikov, S., additional, Kubota, S., additional, Kugel, H., additional, La Haye, R.J., additional, Lao, L., additional, LeBlanc, B., additional, Lee, W., additional, Lee, K., additional, Leuer, J., additional, Levinton, F., additional, Liang, Y., additional, Liu, D., additional, Lore, J., additional, Luhmann, N., additional, Maingi, R., additional, Majeski, R., additional, Manickam, J., additional, Mansfield, D., additional, Maqueda, R., additional, Mazzucato, E., additional, McLean, A., additional, McCune, D., additional, McGeehan, B., additional, McKee, G., additional, Medley, S., additional, Meier, E., additional, Menard, J., additional, Menon, M., additional, Meyer, H., additional, Mikkelsen, D., additional, Miloshevsky, G., additional, Mueller, D., additional, Munsat, T., additional, Myra, J., additional, Nelson, B., additional, Nishino, N., additional, Nygren, R., additional, Ono, M., additional, Osborne, T., additional, Park, H., additional, Park, J., additional, Park, Y.S., additional, Paul, S., additional, Peebles, W., additional, Penaflor, B., additional, Perkins, R.J., additional, Phillips, C., additional, Pigarov, A., additional, Podesta, M., additional, Preinhaelter, J., additional, Raman, R., additional, Ren, Y., additional, Rewoldt, G., additional, Rognlien, T., additional, Ross, P., additional, Rowley, C., additional, Ruskov, E., additional, Russell, D., additional, Ruzic, D., additional, Ryan, P., additional, Schaffer, M., additional, Schuster, E., additional, Scotti, F., additional, Shaing, K., additional, Shevchenko, V., additional, Shinohara, K., additional, Sizyuk, V., additional, Skinner, C.H., additional, Smirnov, A., additional, Smith, D., additional, Snyder, P., additional, Solomon, W., additional, Sontag, A., additional, Soukhanovskii, V., additional, Stoltzfus-Dueck, T., additional, Stotler, D., additional, Stratton, B., additional, Stutman, D., additional, Takahashi, H., additional, Takase, Y., additional, Tamura, N., additional, Tang, X., additional, Taylor, G., additional, Taylor, C., additional, Tritz, K., additional, Tsarouhas, D., additional, Umansky, M., additional, Urban, J., additional, Untergberg, E., additional, Walker, M., additional, Wampler, W., additional, Wang, W., additional, Whaley, J., additional, White, R., additional, Wilgen, J., additional, Wilson, R., additional, Wong, K.L., additional, Wright, J., additional, Xia, Z., additional, Youchison, D., additional, Yu, G., additional, Yuh, H., additional, Zakharov, L., additional, Zemlyanov, D., additional, Zimmer, G., additional, and Zweben, S.J., additional

Published
2013
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31. Overview of physics results from NSTX

Author

Raman, R., primary, Ahn, J-W., additional, Allain, J.P., additional, Andre, R., additional, Bastasz, R., additional, Battaglia, D., additional, Beiersdorfer, P., additional, Bell, M., additional, Bell, R., additional, Belova, E., additional, Berkery, J., additional, Betti, R., additional, Bialek, J., additional, Bigelow, T., additional, Bitter, M., additional, Boedo, J., additional, Bonoli, P., additional, Boozer, A., additional, Bortolon, A., additional, Brennan, D., additional, Breslau, J., additional, Buttery, R., additional, Canik, J., additional, Caravelli, G., additional, Chang, C., additional, Crocker, N.A., additional, Darrow, D., additional, Davis, W., additional, Delgado-Aparicio, L., additional, Diallo, A., additional, Ding, S., additional, D'Ippolito, D., additional, Domier, C., additional, Dorland, W., additional, Ethier, S., additional, Evans, T., additional, Ferron, J., additional, Finkenthal, M., additional, Foley, J., additional, Fonck, R., additional, Frazin, R., additional, Fredrickson, E., additional, Fu, G., additional, Gates, D., additional, Gerhardt, S., additional, Glasser, A., additional, Gorelenkov, N., additional, Gray, T., additional, Guo, Y., additional, Guttenfelder, W., additional, Hahm, T., additional, Harvey, R., additional, Hassanein, A., additional, Heidbrink, W., additional, Hill, K., additional, Hirooka, Y., additional, Hooper, E.B., additional, Hosea, J., additional, Hu, B., additional, Humphreys, D., additional, Indireshkumar, K., additional, Jaeger, F., additional, Jarboe, T., additional, Jardin, S., additional, Jaworski, M., additional, Kaita, R., additional, Kallman, J., additional, Katsuro-Hopkins, O., additional, Kaye, S., additional, Kessel, C., additional, Kim, J., additional, Kolemen, E., additional, Krasheninnikov, S., additional, Kubota, S., additional, Kugel, H., additional, La Haye, R., additional, Lao, L., additional, LeBlanc, B., additional, Lee, W., additional, Lee, K., additional, Leuer, J., additional, Levinton, F., additional, Liang, Y., additional, Liu, D., additional, Luhmann, N., additional, Maingi, R., additional, Majeski, R., additional, Manickam, J., additional, Mansfield, D., additional, Maqueda, R., additional, Mazzucato, E., additional, McLean, A., additional, McCune, D., additional, McGeehan, B., additional, McKee, G., additional, Medley, S., additional, Menard, J., additional, Menon, M., additional, Meyer, H., additional, Mikkelsen, D., additional, Miloshevsky, G., additional, Mueller, D., additional, Munsat, T., additional, Myra, J., additional, Nelson, B., additional, Nishino, N., additional, Nygren, R., additional, Ono, M., additional, Osborne, T., additional, Park, H., additional, Park, J., additional, Paul, S., additional, Peebles, W., additional, Penaflor, B., additional, Phillips, C., additional, Pigarov, A., additional, Podesta, M., additional, Preinhaelter, J., additional, Ren, Y., additional, Reimerdes, H., additional, Rewoldt, G., additional, Ross, P., additional, Rowley, C., additional, Ruskov, E., additional, Russell, D., additional, Ruzic, D., additional, Ryan, P., additional, Sabbagh, S.A., additional, Schaffer, M., additional, Schuster, E., additional, Scotti, F., additional, Shaing, K., additional, Shevchenko, V., additional, Shinohara, K., additional, Sizyuk, V., additional, Skinner, C.H., additional, Smirnov, A., additional, Smith, D., additional, Snyder, P., additional, Solomon, W., additional, Sontag, A., additional, Soukhanovskii, V., additional, Stoltzfus-Dueck, T., additional, Stotler, D., additional, Stratton, B., additional, Stutman, D., additional, Takahashi, H., additional, Takase, Y., additional, Tamura, N., additional, Tang, X., additional, Taylor, C.N., additional, Taylor, G., additional, Taylor, C., additional, Tritz, K., additional, Tsarouhas, D., additional, Umansky, M., additional, Urban, J., additional, Walker, M., additional, Wampler, W., additional, Wang, W., additional, Whaley, J., additional, White, R., additional, Wilgen, J., additional, Wilson, R., additional, Wong, K.L., additional, Wright, J., additional, Xia, Z., additional, Youchison, D., additional, Yu, G., additional, Yuh, H., additional, Zakharov, L., additional, Zemlyanov, D., additional, Zimmer, G., additional, and Zweben, S.J., additional

Published
2011
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35. Advances in high-harmonic fast wave physics in the National Spherical Torus Experiment

Author

Taylor, G., primary, Bell, R. E., additional, Hosea, J. C., additional, LeBlanc, B. P., additional, Phillips, C. K., additional, Podesta, M., additional, Valeo, E. J., additional, Wilson, J. R., additional, Ahn, J-W., additional, Chen, G., additional, Green, D. L., additional, Jaeger, E. F., additional, Maingi, R., additional, Ryan, P. M., additional, Wilgen, J. B., additional, Heidbrink, W. W., additional, Liu, D., additional, Bonoli, P. T., additional, Brecht, T., additional, Choi, M., additional, and Harvey, R. W., additional

Published
2010
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37. Addendum to papers from the NSTX Team, published in Review of Scientific Instruments

Author

Gates, D. A., primary, Kessel, C., additional, Menard, J., additional, Taylor, G., additional, Wilson, J. R., additional, Bell, M. G., additional, Bell, R. E., additional, Bernabei, S., additional, Bialek, J., additional, Biewer, T., additional, Blanchard, W., additional, Boedo, J., additional, Bush, C., additional, Carter, M. D., additional, Choe, W., additional, Crocker, N., additional, Darrow, D. S., additional, Davis, W., additional, Delgado-Aparicio, L., additional, Diem, S., additional, Ferron, J., additional, Field, A., additional, Foley, J., additional, Fredrickson, E. D., additional, Gibney, T., additional, Harvey, R., additional, Hatcher, R. E., additional, Heidbrink, W., additional, Hill, K., additional, Hosea, J. C., additional, Jarboe, T. R., additional, Johnson, D. W., additional, Kaita, R., additional, Kaye, S., additional, Kubota, S., additional, Kugel, H. W., additional, Lawson, J., additional, LeBlanc, B. P., additional, Lee, K. C., additional, Levinton, F., additional, Maingi, R., additional, Manickam, J., additional, Maqueda, R., additional, Marsala, R., additional, Mastrovito, D., additional, Mau, T. K., additional, Medley, S. S., additional, Meyer, H., additional, Mikkelsen, D. R., additional, Mueller, D., additional, Munsat, T., additional, Nelson, B. A., additional, Neumeyer, C., additional, Nishino, N., additional, Ono, M., additional, Park, H., additional, Park, W., additional, Paul, S., additional, Peebles, T., additional, Peng, M., additional, Phillips, C., additional, Pigarov, A., additional, Pinsker, R., additional, Ram, A., additional, Ramakrishnan, S., additional, Raman, R., additional, Rasmussen, D., additional, Redi, M., additional, Rensink, M., additional, Rewoldt, G., additional, Robinson, J., additional, Roney, P., additional, Roquemore, L., additional, Ruskov, E., additional, Ryan, P., additional, Sabbagh, S. A., additional, Schneider, H., additional, Skinner, C. H., additional, Smith, D. R., additional, Sontag, A., additional, Soukhanovskii, V., additional, Stevenson, T., additional, Stotler, D., additional, Stratton, B., additional, Stutman, D., additional, Swain, D., additional, Synakowski, E., additional, Takase, Y., additional, Tritz, K., additional, von Halle, A., additional, Wade, M., additional, White, R., additional, Wilgen, J., additional, Williams, M., additional, Zhu, W., additional, Zweben, S. J., additional, Akers, R., additional, Beiersdorfer, P., additional, Betti, R., additional, and Bigelow, T., additional

Published
2009
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38. Overview of results from the National Spherical Torus Experiment (NSTX)

Author

Gates, D.A., primary, Ahn, J., additional, Allain, J., additional, Andre, R., additional, Bastasz, R., additional, Bell, M., additional, Bell, R., additional, Belova, E., additional, Berkery, J., additional, Betti, R., additional, Bialek, J., additional, Biewer, T., additional, Bigelow, T., additional, Bitter, M., additional, Boedo, J., additional, Bonoli, P., additional, Boozer, A., additional, Brennan, D., additional, Breslau, J., additional, Brower, D., additional, Bush, C., additional, Canik, J., additional, Caravelli, G., additional, Carter, M., additional, Caughman, J., additional, Chang, C., additional, Choe, W., additional, Crocker, N., additional, Darrow, D., additional, Delgado-Aparicio, L., additional, Diem, S., additional, D'Ippolito, D., additional, Domier, C., additional, Dorland, W., additional, Efthimion, P., additional, Ejiri, A., additional, Ershov, N., additional, Evans, T., additional, Feibush, E., additional, Fenstermacher, M., additional, Ferron, J., additional, Finkenthal, M., additional, Foley, J., additional, Frazin, R., additional, Fredrickson, E., additional, Fu, G., additional, Funaba, H., additional, Gerhardt, S., additional, Glasser, A., additional, Gorelenkov, N., additional, Grisham, L., additional, Hahm, T., additional, Harvey, R., additional, Hassanein, A., additional, Heidbrink, W., additional, Hill, K., additional, Hillesheim, J., additional, Hillis, D., additional, Hirooka, Y., additional, Hosea, J., additional, Hu, B., additional, Humphreys, D., additional, Idehara, T., additional, Indireshkumar, K., additional, Ishida, A., additional, Jaeger, F., additional, Jarboe, T., additional, Jardin, S., additional, Jaworski, M., additional, Ji, H., additional, Jung, H., additional, Kaita, R., additional, Kallman, J., additional, Katsuro-Hopkins, O., additional, Kawahata, K., additional, Kawamori, E., additional, Kaye, S., additional, Kessel, C., additional, Kim, J., additional, Kimura, H., additional, Kolemen, E., additional, Krasheninnikov, S., additional, Krstic, P., additional, Ku, S., additional, Kubota, S., additional, Kugel, H., additional, La Haye, R., additional, Lao, L., additional, LeBlanc, B., additional, Lee, W., additional, Lee, K., additional, Leuer, J., additional, Levinton, F., additional, Liang, Y., additional, Liu, D., additional, Luhmann, N., additional, Maingi, R., additional, Majeski, R., additional, Manickam, J., additional, Mansfield, D., additional, Maqueda, R., additional, Mazzucato, E., additional, McCune, D., additional, McGeehan, B., additional, McKee, G., additional, Medley, S., additional, Menard, J., additional, Menon, M., additional, Meyer, H., additional, Mikkelsen, D., additional, Miloshevsky, G., additional, Mitarai, O., additional, Mueller, D., additional, Mueller, S., additional, Munsat, T., additional, Myra, J., additional, Nagayama, Y., additional, Nelson, B., additional, Nguyen, X., additional, Nishino, N., additional, Nishiura, M., additional, Nygren, R., additional, Ono, M., additional, Osborne, T., additional, Pacella, D., additional, Park, H., additional, Park, J., additional, Paul, S., additional, Peebles, W., additional, Penaflor, B., additional, Peng, M., additional, Phillips, C., additional, Pigarov, A., additional, Podesta, M., additional, Preinhaelter, J., additional, Ram, A., additional, Raman, R., additional, Rasmussen, D., additional, Redd, A., additional, Reimerdes, H., additional, Rewoldt, G., additional, Ross, P., additional, Rowley, C., additional, Ruskov, E., additional, Russell, D., additional, Ruzic, D., additional, Ryan, P., additional, Sabbagh, S., additional, Schaffer, M., additional, Schuster, E., additional, Scott, S., additional, Shaing, K., additional, Sharpe, P., additional, Shevchenko, V., additional, Shinohara, K., additional, Sizyuk, V., additional, Skinner, C., additional, Smirnov, A., additional, Smith, D., additional, Smith, S., additional, Snyder, P., additional, Solomon, W., additional, Sontag, A., additional, Soukhanovskii, V., additional, Stoltzfus-Dueck, T., additional, Stotler, D., additional, Strait, T., additional, Stratton, B., additional, Stutman, D., additional, Takahashi, R., additional, Takase, Y., additional, Tamura, N., additional, Tang, X., additional, Taylor, G., additional, Taylor, C., additional, Ticos, C., additional, Tritz, K., additional, Tsarouhas, D., additional, Turrnbull, A., additional, Tynan, G., additional, Ulrickson, M., additional, Umansky, M., additional, Urban, J., additional, Utergberg, E., additional, Walker, M., additional, Wampler, W., additional, Wang, J., additional, Wang, W., additional, Welander, A., additional, Whaley, J., additional, White, R., additional, Wilgen, J., additional, Wilson, R., additional, Wong, K., additional, Wright, J., additional, Xia, Z., additional, Xu, X., additional, Youchison, D., additional, Yu, G., additional, Yuh, H., additional, Zakharov, L., additional, Zemlyanov, D., additional, and Zweben, S., additional

Published
2009
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40. MODELING RESULTS FOR PROPOSED NSTX 28 GHZ ECH/EBWH SYSTEM

Author

TAYLOR, G., primary, DIEM, S. J., additional, ELLIS, R. A., additional, FREDD, E., additional, GREENOUGH, N., additional, HOSEA, J. C., additional, BIGELOW, T. S., additional, CAUGHMAN, J. B., additional, RASMUSSEN, D. A., additional, RYAN, P., additional, WILGEN, J. B., additional, HARVEY, R. W., additional, SMIRNOV, A. P., additional, PREINHAELTER, J., additional, URBAN, J., additional, and RAM, A. K., additional

Published
2009
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45. Electron Bernstein Wave Research on NSTX and PEGASUS

Author

Diem, S. J., primary, Taylor, G., additional, Caughman, J. B., additional, Bigelow, T., additional, Garstka, G. D., additional, Harvey, R. W., additional, LeBlanc, B. P., additional, Preinhaelter, J., additional, Sabbagh, S. A., additional, Urban, J., additional, Wilgen, J. B., additional, Ryan, Philip M., additional, and Rasmussen, David, additional

Published
2007
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46. Plans for Electron Bernstein Wave and Electron Cyclotron Heating in NSTX

Author

Taylor, G., primary, Bigelow, T. S., additional, Caughman, J. B., additional, Diem, S. J., additional, Ellis, R. A., additional, Ershov, N. M., additional, Fredd, E. H., additional, Greenough, N. L., additional, Harvey, R. W., additional, Hosea, J. C., additional, Preinhaelter, J., additional, Ram, A. K., additional, Rasmussen, D. A., additional, Ryan, P. M., additional, Smirnov, A. P., additional, Urban, J., additional, Wilgen, J. B., additional, Ryan, Philip M., additional, and Rasmussen, David, additional

Published
2007
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50. Progress towards high performance plasmas in the National Spherical Torus Experiment (NSTX)

Author

Kaye, S.M, primary, Bell, M.G, additional, Bell, R.E, additional, Bernabei, S, additional, Bialek, J, additional, Biewer, T, additional, Blanchard, W, additional, Boedo, J, additional, Bush, C, additional, Carter, M.D, additional, Choe, W, additional, Crocker, N, additional, Darrow, D.S, additional, Davis, W, additional, Delgado-Aparicio, L, additional, Diem, S, additional, Ferron, J, additional, Field, A, additional, Foley, J, additional, Fredrickson, E.D, additional, Gates, D.A, additional, Gibney, T, additional, Harvey, R, additional, Hatcher, R.E, additional, Heidbrink, W, additional, Hill, K, additional, Hosea, J.C, additional, Jarboe, T.R, additional, Johnson, D.W, additional, Kaita, R, additional, Kessel, C, additional, Kubota, S, additional, Kugel, H.W, additional, Lawson, J, additional, LeBlanc, B.P, additional, Lee, K.C, additional, Levinton, F, additional, Maingi, R, additional, Manickam, J, additional, Maqueda, R, additional, Marsala, R, additional, Mastrovito, D, additional, Mau, T.K, additional, Medley, S.S, additional, Menard, J, additional, Meyer, H, additional, Mikkelsen, D.R, additional, Mueller, D, additional, Munsat, T, additional, Nelson, B.A, additional, Neumeyer, C, additional, Nishino, N, additional, Ono, M, additional, Park, H, additional, Park, W, additional, Paul, S, additional, Peebles, T, additional, Peng, M, additional, Phillips, C, additional, Pigarov, A, additional, Pinsker, R, additional, Ram, A, additional, Ramakrishnan, S, additional, Raman, R, additional, Rasmussen, D, additional, Redi, M, additional, Rensink, M, additional, Rewoldt, G, additional, Robinson, J, additional, Roney, P, additional, Roquemore, A.L, additional, Ruskov, E, additional, Ryan, P, additional, Sabbagh, S.A, additional, Schneider, H, additional, Skinner, C.H, additional, Smith, D.R, additional, Sontag, A, additional, Soukhanovskii, V, additional, Stevenson, T, additional, Stotler, D, additional, Stratton, B, additional, Stutman, D, additional, Swain, D, additional, Synakowski, E, additional, Takase, Y, additional, Taylor, G, additional, Tritz, K, additional, Halle, A. von, additional, Wade, M, additional, White, R, additional, Wilgen, J, additional, Williams, M, additional, Wilson, J.R, additional, Zhu, W, additional, Zweben, S.J, additional, Akers, R, additional, Beiersdorfer, P, additional, Betti, R, additional, Bigelow, T, additional, Bitter, M, additional, Bonoli, P, additional, Bourdelle, C, additional, Chang, C.S, additional, Chrzanowski, J, additional, Domier, C, additional, Dudek, L, additional, Efthimion, P.C, additional, Finkenthal, M, additional, Fredd, E, additional, Fu, G.Y, additional, Glasser, A, additional, Goldston, R.J, additional, Greenough, N.L, additional, Grisham, L.R, additional, Gorelenkov, N, additional, Guazzotto, L, additional, Hawryluk, R.J, additional, Hogan, J, additional, Houlberg, W, additional, Humphreys, D, additional, Jaeger, F, additional, Kalish, M, additional, Krasheninnikov, S, additional, Lao, L.L, additional, Lawrence, J, additional, Leuer, J, additional, Liu, D, additional, Luhmann, N.C, additional, Mazzucato, E, additional, Oliaro, G, additional, Pacella, D, additional, Parsells, R, additional, Schaffer, M, additional, Semenov, I, additional, Shaing, K.C, additional, Shapiro, M.A, additional, Shinohara, K, additional, Sichta, P, additional, Tang, X, additional, Vero, R, additional, Walker, D, additional, and Wampler, W, additional

Published
2005
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