3RV 1 Review of Indirect Drive ICF.
J. Lindl, Lawrence Livermore National
Laboratory.
3IA 1 The HYLIFE-II Inertial Fusion Energy Power Plane Concept and
Implications for IFE.
R.W. Moir, Lawrence Livermore National
Laboratory.
3IA 2 Nonlinear Evolution of Multimode Rayleigh-Taylor and Richtmyer-
Meskhov Instabilities in Two and Three Dimensions.
D. Shvarts,
Nuclear Research Center Negev, Israel and the University of
Rochester.
3IA 3 Three-Dimensional Simulations of the Ablative Rayleigh-Taylor
Instability.
J.P. Dahlburg, Naval Research Laboratory.
3IB 1 Quantitative Predictions of Tokamak Energy Confinement from First
Principles Kinetic Simulations.
M. Kotschenreuther, University of
Texas.
3IB 2 An Experimental Counter-Example to the Local Transport Paradigm.
K.W. Gentle, University of Texas.
3IB 3 Nondimensional Transport Scaling in DIII-D: Bohm Versus Gyro-Bohm
Resolved.
C.C. Petty, General Atomics.
3E 1 Peniotron interaction in a combined wiggler and solenoid magnetic
fields.
A.T. Lin, UCLA.
3E 2 A Free-Electron Laser for Fusion Heating.
H.P. Freund 1, M.E. Read,
R.H. Jackson 2, D.E. Pershing 3, and J.M. Taccetti, Physical
Sciences, Inc. 1=SAIC, McLean, VA 22102; 2=NRL, Washington, DC
20375; 3=MRC, Newington, VA 22122; 4=Univ. of MD, College Park, MD
20742.
3E 3 Magnicon Amplifiew Design with a Second Cyclotron Harmonic $TM_410$-
Mode Output Cavity.
A.W. Fliflet and S.H. Gold, Naval Research
Laboratory.
3E 4 A DC to Optical Frequency Converter based on Plasma Ionization.
T.
Katsouleas, University of Southern California, Los Angelos, CA
90089-0484.
3E 5 Properties of Energy Distribution in Field-Emitted Charged Particle
Beam.
H.S. Uhm, NSWC; E.H. Choi, G.S. Cho, and S.O. Kang, Kwangwoon
University.
3E 6 Electron Emission: From the Fowler-Nordheim Relation to the Child-
Langmuir Law.
Y.F. Liu, U. Michigan; Y.Y. Lau, OmegaP, Inc. and U.
Michigan; and R.K. Parker, NRL.
3E 7 Planar Lens Focusing with Field-Emitter Arrays.
Cha-Mei Tang, Thomas
A. Swyden 1, and Antonio C. Ting, Naval Research Laboratory. 1=FM
Technologies, Fairfax, VA 22032.
3E 8 Nonrelativistic, Planar, Double-Stream Equilibria for Electron Flow
in Magnetically Insulated Diodes.
J.A. Swegle, Lawrence Livermore
National Laboratory.
3E 9 Externally Driven Active Anode Plasma Source.
D.D. Hinshelwood, R.
Fisher, JAYCOR, Inc.; J.M. Neri, W. Noonan, S.J. Stephanakis, F.C.
Young, Plasma Physics Division, Naval Research Laboratory; J.G.
Greenly, Cornell U.
3E 10 Characterization of the RHEPP/MAP Ion Beam.
T.J. Renk, R.W.
Stinnett, K.P. Lamppa, D.C. McIntyre, and R.G. Buchheir, Sandia
National Laboratories, Albuquerque, NM 87185; and J.B. Greenly,
Cornell University, Ithaca, NY 14852.
3E 11 Time-Resolved Thomson Parabola Studies of Intense Ion Beams.
J.C.
Olson, R.K. Appartaim, and J.B. Greenly, Laboratory of Plasma
Studies, Cornell University.
3E 12 Nonlinear Resonances, Chaotic Behavior and Halo Formatoin in Intense
Charged-Particle Beams.
C. Chen, MIT Plasma Fusion Center; R.C.
Davidson, Q. Qian, Princeton Plasma Physics Laboratory; R.A.
Jameson, Los Alamos National Laboratory.
3E 13 Higher Order Coulomb Corrections to Uranium Beam Interactions.
M.
Waldsmith, R.T. Wheeler, J.W. Norbury, University of Wisconsin-
La Crosse.
3E 14 Uranium Beam Lifetime at the Relativistic Heavy Ion Collider.
J. W.
Norbury, R.T. Wheeler, M. Waldsmith, University of Wisconsin-
La Crosse.
3F 1 DIII-D Radiative Divertor Experiments and Design of a New DIII-D
Divertor.
S.L. Allen 1, M.E. Fenstermacher 1, D.N. Hill 1, A.W.
Hyatt, C.J. Lasnier 1, A.W. Leonard, R. Maingi 2, M.A. Mahdavi, T.W.
Petrie, G.D. Porter 1, M.E. Rensink 1, T. Tognlien 1, M.J. Schaffer,
J.P. Smith, R.D. Stambaugh, T.S. Taylor, W.P. West, R.D. Wood 1,
General Atomics. 1=Lawrence Livermore National Laboratory; 2=Oak
Ridge National Laboratory.
3F 2 Advanced Tokamak Scenarios for the DIII-D Tokamak.
T.C. Luce, T.S.
Taylor, Y.R. Lin-Liu, H. St. John, General Atomics.
3F 3 Effects of Bulk Rotation on Plasma Equilibria and Stability in High
Performance DIII-D Discharges.
L.L Lao, R.L. Miller, T.H. Osborne,
T.S. Taylor, and S.J. Thompson, General Atomics.
3F 4 H-mode Physics Results from DIII-D.
K.H. Burrell, T.N. Carlstrom, S.
Coda 1, E.J. Doyle 2, P. Gohil, R.J. Groebner, R.A. Moyer 3, C.L.
Rettig 2, T.L. Rhodes 3, D.M. Thomas, J.G. Watkins 4, General
Atomics. 1=MIT; 2=UCLA; 3=UCSD; 4=Sandia National Laboratories.
3F 5 H- and VH-mode Inside Wall Limited Discharges in DIII-D.
G.L.
Jackson, T.S. Taylor, C.M. Greenfield, D.N. Hill 1, A.W. Hyatt, C.J.
Lasnier 1, A.W. Leonard, R. Maingi 2, T.H. Osborne, T.W. Petrie, R.
Wood 1, General Atomics. 1=Lawrence Livermore National Laboratory;
2=Oak Ridge National Laboratory.
3F 6 Density Dependence of Divertor Plasma Parameters on DIII-D.
R.
Maingi 1, P.K. Mioduszewski 2, C.J. Lasnier 3, A.W. Leonard, J.W.
Cuthbertson 4, D.N. Hill 3, D.L. Hillis 2, J.T. Hogan 2, C.C.
Klepper 2, M.A. Mahdavi, R.A. Moyer 4, L.W. Owen 2, M.J. Schaffer,
M.R. Wade 2, and J.G. Watkins 5, General Atomics. 1=Oak Ridge
Associated Universities; 2=Oak Ridge National Laboratory; 3=Lawrence
Livermore National Laboratory; 4=University of California, San
Diego; 5=Sandia National Laboratories.
3F 7 Applications of DEGAS Neutral Transport Calculations to DIII-D Data
and Radiative Divertor Design.
M.E. Fenstermacher, G.D. Porter, M.E.
Rensink, S.L. Allen, D.N. Hill, C.J. Lasnier, R. Maingi 1, W.H.
Meyer, R.D. Wood, and D.B. Hayden 2, Lawrence Livermore National
Laboratory. 1=Oak Ridge National Laboratory; 2=University of
Illinois.
3F 8 Experiments with the Divertor Material Exposure System on DIII-D.
N.H. Brooks, R. Batasz 1, J. Brooks 2, D.A. Buchenauer 1, O.
Buzhinskij 3, J.W. Cuthbertson 4, T. Hua 2, R. Junge, C.J. Lasnier
5, I. Opimach 3, W. Wampler 1, C.P.C. Wong, General Atomics.
1=Sandia National Laboratories; 2=Argonne National Laboratory;
3=TRINITI Laboratory, Russia; 4=University of California, San Diego;
5=Lawrence Livermore National Laboratory.
3F 9 Recent Physics Results with the Fast Wave Current Drive Systems on
DIII-D.
R.I. Pinsker, F.W. Baity 1, G.L. Bell 1, S.C. Chiu, J.S.
deGrassie, C.B. Forest, H. Ikezi, J. Lohr, T.C. Luce, C.C. Petty, R.
Prater, J.P. Squire 2, D.W. Swain 1, and the DIII-D Group, General
Atomics. 1=Oak Ridge National Laboratory; 2=Oak Ridge Institute for
Science and Education Postdoctoral Fellow.
3F 10 Effect of Elongation on Plasma Performance - An Experiment for ITER.
J.C. DeBoo, C.M. Greenfield, T.H. Osborne, F. Perkins 1, M.N.
Rosenbluth 1, T.S. Taylor, and J. Wesley 1, GEneral Atomics. 1=ITER
Joint Central Team, San Diego, CA.
3F 11 The Effect of Plasma Shape on Interchange Stability in DIII-D.
E.A.
Lazarus 1, A.W. Hyatt, T.H. Osborne, A.D. Turnbull, M.S. Chu, and
the DIII-D Team, General Atomics. 1=Oak Ridge National Laboratory.
3P 1 Wakefield Plasma Waves Produced by Intense Sub-Picosecond Lasers.
R.
Wagner, J.R. Marques, X. Liu, E. Goodman, J. Kim, A. Maksimchuk, S.
Coe, C.-Y. Chien, and D. Umstadter, University of Michigan, Ann
Arbor, MI 48109.
3P 2 Laser Wakefield Excitation.
M.C. Downer, C.W. Siders, T. Tajima, and
D. Fisher, Institute for Fusion Studies and Department of Physics,
The University of Texas at Austin.
3P 3 Intense Laser Interaction Research at NRL - Theory.
E. Esarey, P.
Sprangle, J. Krall, A. Ting, and S.K. Ride 1, Naval Research
Laboratory. 1=University of California, San Diego.
3P 4 Intense Laser Interaction Research at NRL - Experiment.
A. Ting,
A. Fisher, R. Fischer, R. Burris 1, K. Evans 2, K. Krulshelnik 3,
J. Grun, J. Krall, E. Esarey, P. Sprangle, Plasma Physics Division,
Naval Research Laboratory. 1=RSI, Alexandria, Virginia; 2=George
Mason Univ., Fairfax, Virginia; 3=Cornell Univ., Ithaca, New York.
3P 5 Observation of X-ray Generation in the Proff-of-Principle Laser
Synchotron Source Experiment.
A. Fisher, A. Ting, R. Fischer, R.
Burris 1, K. Evans 2, J. Krall, E. Esarey, P. Sprangle, Plasma
Physics Division, Naval Research Laboratory.1=RSI, Alexandria,
Virginia; 2=George Mason Univ., Fairfax, Virginia.
3P 6 Laser Pulse Erosion and Local Pump Depletion of Ultra-High Intensity
Lasers in Underdense Plasmas.
C.D. Decker, W.B. Mori, and K.-C.
Tzeng, UCLA.
3P 7 The Nonlinear Behavior of Self-Modulation, Self-Focusing, and
Filamentation of Short-Pulse High-Intensity Lasers.
K.-C. Tzeng,
C.D. Decker, W.B. Mori, UCLA; and T. Katsouleas, USC.
3P 8 Spectral Line shape calculations in the xuv for determining the
magnetic field in dense short-pulse laser produced plasmas.
M.E.
Foord, R. Shepherd, A.L. Osterheld, R.S. Walling, R.E. Stewart, W.H.
Goldstein, Lawrence Livermore National Laboratory.
3P 9 Time Dependent Calculations of L-Shell X-ray Spectra Emitted from
Short Pulse Laser-Produced Plasmas.
A.L. Osterheld, R.S. Walling, M.
Foord, B.K.F. Young, J. Dunn, R. Shepherd, D. Price, G. Guethlein,
W.H. Goldstein, R.E. Stewart, Lawrence Livermore National
Laboratory.
3P 10 Absorption and X-ray Emission Experiments on a 100 Femtosecond Laser
Produced Plasma.
D.F. Price, G. Guethlein, R.L. Shepherd, W.E.
White, R.E. Stewart, R.S. Walling, R.M. More, Lawrence Livermore
National Laboratory.
3P 11 Thermal and suprathermal transport in plasmas produced by ultra-high
contract sub-ps laser at $I\lambda^{2} = 10^{18}W \mu m^{2}/cm^{2}$.
Z. Jiang 1, J.C. Kieffer, J.P. Matte, INRS-Energie et Materiaux,
Varennes, Quebec; G. Korn 2, S. Coe, G. Mourou, CUOS, Univ. of
Michigan, O. Peyrusse, CEA, Limeil, France. 1=Shanghai Inst. of Opt.
and Fine Mechanics, China; 2=Max Born Inst., Berlin, Germany.
3P 12 Harmonic Generation from Picosecond Laser-Plasma Interaction.
L.
Zhao, G. Kulcsar, F.W. Budnik, R.S. Marjoribanks, Dept. of Physics,
Univ. of Toronto and OLLRC.
3P 13 Practical model for solid target heating by ultrashort laser pulses.
W. Rozmus, V.T. Tikhonchuk 1, Department of Physics, University of
Alberta, Edmonton, Canada; R. Cauble, Lawrence Livermore National
Laboratory, Livermore. 1=P.N. Lebedev Physics Institute, Moscow,
Russia.
3P 14 Three-Dimensionally Stochastic Propagation of Laser Beams in
Plasmas.
Cantao Zhou, and Xian-tu He, Institute of Applied Physics
and Computational Mathematics, P.O. Box 8009, Beijing 100088, P.R.
China.
3P 15 Laser Beam propagation through underdense plasmas.
P.E. Young, S.C.
Wilks, W.L. Kruer, J. Hammer, Lawrence Livermore National
Laboratory.
3P 16 Time evolution of the filamentation instability.
Edward A. Williams,
L472, Lawrence Livermore National Laboratories, Box 5508, Livermore,
CA 94550.
3P 17 Experimental Investigation of Thermal Self-Focusing of Counter-
Propagating Optical Beams in Plasma.
L.S. Ingraham, K.A. Marsh, A.
Lal, and C. Joshi, Electrical Engineering Department, UCLA; and C.J.
McKinstrie, University of Rochester.
3P 18 Thermal Filamentation of Counterpropagating Laser Beams.
J.S. Li,
and C.J. McKinstrie, LLE, U. of Rochester; C. Joshi and K. Marsh,
UCLA.
3P 19 Experiments on Forward Brillouin Instability of Crossed Laser Beams
in an Underdense Plasma.
K. Marsh, and C. Joshi, UCLA; and Colin
McKinstrie, University of Rochester.
3P 20 Modeling of Plasma-Electrode Pockels Cells.
C.D. Boley, A. Tarditi,
and Mark A. Rhodes, Lawrence Livermore National Laboratory.
3P 21 Beam Diagnostics for the NIKE KrF Laser Facility.
A.V. Deniz,
Science Applications International Corporation; M.S. Pronko, J.A.
Stamper, C.A. Sullivan, Naval Research Laboratory, Plasma Physics
Division.
3P 22 Advanced Mode-Measurement of High Repetition-Rate and Discharge-
Pumped KrF Laser.
K. Kasuya, T. Suzuki, Y. Itoh, M. Watanabe, Y.
Kawakita 1, T. Kuwahara 1, K. Shioda 2, and H. Kanazawa 3, H. Okuda
4, Dept. of Energy Sci. Tokyo Inst. of Tech. 1=Nissin Electric Co.
Ltd.; 2= Toshiba Co. Ltd.; 3=IHI Co. Ltd., 4=Princeton Plasma
Physics Lab.
3P 23 Development of High Power KrF Laser for Laser Plasma Interaction.
Wang Naiyan, Shan Yusheng, Ma Weiyi, Zhou Chuangzhi, Zhao Rongsheng,
Yang Dawei, Wang Xiaojun, Yao Gang and Wang Ganchang, China
Institute of Atomic Energy, People's Republic of China.
3P 24 About Some Researches for a 2x5 GW Laser-Pellet Fusion Reactor.
S.M. Ayub, 166 N. McCarrons Blvd., Roseville, MN 55113.
3P 25 The 0.53 $\mu m$ Laser Option for ICF.
E.M. Campbell, D. Eimerl,
M.D. Rosen, W.L. Kruer, Lawrence Livermore National Laboratory.
3P 26 Antiproton-Driven Inertial Confinement Fusion Reactor.
B. Cassenti,
United Technologies Research Center; T. Kammash and D.L. Galbraith,
The University of Michigan.
3P 27 Bright Picosecond X Rays from Intense Sub-Picosecond Laser-Plasmas.
J. Workman, A. Maksimchuk, X. Liu, U. Ellenberger, S. Coe, C.-Y.
Chien, and D. Umstader, University of Michigan, Ann Arbor, MI 48109.
3Q 1 Particle Acceleration by Lower-Hybrid Cavitons.
R. Bingham 1, V.N.
Tsytovich 1, J.J. Su 2, and J.M. Dawson 3, UCLA. 1=Rutherford
Appleton Laboratory, UK; 2=National Central University, Taiwan;
3=University of California, Los Angeles, USA.
3Q 2 Cyclotron Harmonic Effect on Stimulated Electromagnetic Emissions
(SEEs) in Ionospheric Modification Experiments.
J. Huang and S.P.
Kuo, Weber Research Institute, Polytechnic University, New York.
3Q 3 Conversion of Ordinary Mode Electromagnetic Wave into Upper Hybrid
Mode Due to Density Gradient in the Ionoshpere.
S.N. Antani, D.J.
Kaup, and N.N. Rao, Clarkson University, Potsdam, NY 13699.
3Q 4 Experimental Study of Double Resonance Parametric Excitations in
Ionosphere.
B. Song, A.Y. Wong, J. Villasenor, G. Rosenthal, M.
McCarrick, J. Pau, and D. Sentman, University of California, Los
Angeles.
3Q 5 Comparison of ELF/VLF Generation Modes in the Ionosphere by the
HIPAS Heater Array.
J. Villasenor, A. Wong, B. Song, D. Sentmann 1,
M. McCarrick 2, and J. Pau, Department of Physics, UCLA, Los
Angeles, CA 90024. 1=University of Alaska, Fairbanks, Ak; 2=ARCO
Power Technologies, Washington, DC.
3Q 6 Effect of Density Fluctuations on the Self-Focusing Instability in
Ionospheric Plasmas.
P.K. Chaturvedi and K. Papadopoulos, Dept. of
Astronomy, University of Maryland; P.N. Guzdar, Institute for Plasma
Research, Univeristy of Maryland; and M.J. Keskinen and S.L.
Ossakow, Naval Research Laboratory.
3Q 7 Anti-Stokes Langmuir Waves in the HF Heated Ionosphere.
M.C. Lee,
K.D. Vilece, D.T. Moriarty, MIT Plasma Fusion Centr; M.P. Sulzer,
Arecibo Observatory; K.M.Groves, Phillips Laboratory; and S.P. Kuo,
Polytechnic University.
3Q 8 Convective saturation of Langmuir waves during ionospheric
modification of a Barium cloud.
M.V. Goldman and D.L. Newman,
University of Colorado, Boulder; and R.P. Drake and B.B. Afeyan,
LLNL.
3Q 9 Formation of Electron Tails in 1D Vlasov Simulations of Langmuir
Turbulence in the Heated Ionosphere.
J.G. Wang, D.L. Newman, and M.
V. Goldman, APAS Dept., University of Colorado at Boulder.
3Q 10 Reflection of Electromagnetic Waves from Fluctuating Plasma Layer.
V. Berger, Lakeland College.
3Q 11 Ion-cyclotron turbulence driven by transverse-volocity shear.
J.J.
Carroll III, W.E. Amatucci, and M.E. Koepke, Physics Department,
West Virginia University, Morgantown, WV 26506-6315.
3Q 12 Low-frequency branches of a transverse-velocity-shear-driven
instability.
V. Gavrishchaka, M.E. Koepke, J.J. Carroll III, Physics
Department, West Virginia University, Morgantown, WV 26506-6315; and
G. Ganguli, Code 6794, Naval Research Laboratory, Washington, DC
20375.
3Q 13 Ground Based Experiments on Vehicle Charging: Recent SPEAR
Laboratory Results.
J. Bowles, W.E. Amatucci, D.N. Walker, Carl
Siefring, J. Antoniades, and B. Ripin, Plasma Physics Division,
Naval Research Laboratory.
3Q 14 Calculation of Collision Cross Sections for Atomic Line Broadening
in the Plume of the Space Shuttle Main Engine (SSME).
T.C. Dean and
C.A. Ventrice, Tennessee Technological University, Electrical
Engineering Department, cookeville, Tennessee 38505.
3Q 15 Charged-Induced Recovery of Ozone concentration after Catalytic
Destruction by Chloroflurocarbons.
A.Y. Wong, DK. Sensharma, R.G.
Suchannek, University of California; and D. Ho, Lawrence Livermore
National Laboratory, University of California, Berkeley.
3Q 16 Laboratory Simulation of Field-Aligned Currents in the
Magnetosphere.
S. Drum, F.J. Wesel, and W.W. Heidbrick, UC. Irvine.
3Q 17 Phase-space flow of energetic particles induced by random impulses
and by coherent waves in dipole-like magnetic fields.
M.E. Mauel and
H.P. Warren, Columbia University.
3Q 18 Observation of chaotic particle transport induced by drift-resonant
fluctuations in a magnetic dipole field.
H.P. Warren and M.E.
Mauel, Columbia University.
3Q 19 Non-linear RF Heating and Cooling at HIgh and Low Pressure.
M.D.
Simon, H. Zwi, A.Y. Wong, and R. Wuerker, University of California,
Los Angeles.
3Q 20 Ionospheric Chamber Experiments on Plasma Waves with Versatile
Toroidal Facility (VTF).
D.T. Moriarty, M.C. Lee, R.J. Riddolls, and
S.M. Murphy, MIT Plasma Fusion Center, Cambridge, MA. 02139.
3Q 21 Transport and thermodynamics of strongly-coupled dust systems in
plasmas.
S. Hamaguchi and R.T. Farouki, IBM Thomas J. Watson
Research Center, P.O. Box 218, Yorktown Heights, NY 10598.
3Q 22 Static and Dynamic properties of 'dust crystals' in the sheath of
radio frequency discharges.
A. Piel, A. Melzer, T. Trottenberg,
Christian-Albrechts-Universitat, Kiel, (Germany).
3Q 23 Simulation of ion orbits in a dusty plasma.
A. Ottenheimer, J.
Goree, Dept. of Physics, Univ. of Iowa.
3Q 24 Cosmic grain growth by accretion and coagulation.
G. Praburam, J.
Goree, Dept. of Physics and Astronomy, Univ. of Iowa.
3Q 25 Structure of a Coulomb solid in a polydispersive dusty plasma.
C.Cui, J. Goree, R. Quinn, Dept. of Physics and Astronomy, Univ. of
Iowa.
3Q 26 Coulomb Crystallization in a Dusty Plasma Investigated in an RF
Parallel Plate Argon Glow Dishcarge.
H. Thomas, G. Morfill, Max-
Planck-Institut fur extraterrestrische physik, Garching, Germany.
3Q 27 Theory of Dust Acoustic Shocks.
F. Melandso, The Auroral
Observatory, University of Tromso, N-9037 Tromso, Norway; P.K.
Shulka, Institut fur Theoretische Physik IV, Ruhr-Universtitat
Bochum, D-44780 Bochum, Germany.
3Q 28 An Analytic Model for Ion Trapping by Charged Dust Particles in
Plasma.
Huan Lee, Los Alamos National Laboratory.
3Q 29 Nonlinear Debye Shielding in Dusty Plasmas.
D.H.E. Dubin, Univ. of
Calif. San Diego.
3Q 30 EIC Waves in a Dusty Plasma.
A. Barkan, N. D'Angelo, and R.L.
Merlino, U. of Iowa.
3Q 31 The Kelvin-Helmholtz (K-H) Instability in a Negative Ion Plasma.
T. An, M. D'Angelo, and R.L. Merlino, U. of Iowa.
3R 1 The ITER EDA Outline Design.
P-H. Rebut, V. Chuyanov, M. Huguet, R.
Parker, Y.Shimomura, and the ITER Jount Central Team and Home Teams.
3R 2 ITER Physics Basis.
F. Perkins, ITER Joint Central Team, ITER Joint
Work Site, San Diego.
3R 3 Physics Design Basis and Performance Assessments for ITER.
J.
Wesley, P. Barabaschi, D. Boucher, F. Perkins, D. Post and P-H.
Rebut, ITER Joint Central Team, San Diego, CA.
3R 4 US Contributions to ITER Physics.
N. Sauthoff, Princeton University
and the US ITER Home Team.
3R 5 Modelling ITER Perfromance and Operation.
D. Boucher, ITER San Diego
Joint Central Team.
3R 6 Assessment of ITER Performance Using the Multi-Machine L- and H-Mode
Databases.
ITER Confinement Database and Modeling Working Group.
3R 7 MHD global mode stability for ITER L- and H-mode profiles.
J. Hogan
(ORNL); A. Martynov (Keldysh Institute).
3R 8 ITER Steady State Operation and Advanced Scenarios.
W.M. Nevins,
R.H. Bulmer, and L.D. Pearlstein, LLNL; J. Manickam, PPPL; and the
ITER JCT and Home Teams.
3R 9 ITER Divertor Concept and Reference Design.
K.J. Dietz and the ITER
Joint Central Team.
3R 10 ITER Divertor Modeling: Predictions and Experimental Validation.
D.
Post, A. Kukushkin, M. Sugihara, B. Braams, S. Cohen, Yu.
Igitkhanov, G. Janeschitz, D. Knoll, A. Loarte, G. Pacher, H.
Pacher, A. Pigarov, G. Porter, V. Pozharov, D. Reiter, T. Tognlien,
D. Rizic, L. Schmitz, R. Schneider, R. Simonini, A. Taroni, N. Ueda,
R. Vesey, and ITER Joint Central Team and Home Teams.
3R 11 Analytic Criteria for Power Exhaust in Divertors due to Impurity
Radiation.
N. Putvinskaya, F.W. Perkins, D. Post, and M. Rosenbluth,
ITER Joint Work Site, San Diego.
3R 12 ITER Operation With Radiating Plasma Mantle.
J. Mandrekas, W.M.
Stacey, Georgia Institute of Technology.
3R 13 A Radiative Divertor Study using the NEWT-1D code.
J.S. Kim, FAR; D.
Post, ITER; A.W. Leonard and J.M. Greene, GA.
3R 14 Detailed Radiative Transport Modeling of a Radiative Divertor.
A.S.
Wan, H.E. Dalhed, H.A. Scott, D.E. Post 1, T.D. Rognlien, Lawrence
Livermore National Laboratory. 1=ITER Joint Central Team, San Diego
Co-Center.
3R 15 Experimental studies of detached helium plasmas.
G.S. Chiu, S.A.
Cohen, Princeton University.
3R 16 Superpermeation of hydrogen through palladium.
Jaeyoung Park and
S.A. Cohen, Plasma Physics Laboratory, Prenceton University,
Princeton, NJ 08543.
3R 17 Disruption Scenarios for ITER.
N. Fujisawa, S. Ortolani, J. Wesley,
D. Post, P. Barabaschi, V. Mukhovatov, M. Rosenbluth, ITER Joint
Central Team, ITER Joint Work Site, San Diego, CA.
3R 18 ITER Diagnostics.
A.E. Costley, L. DeKock, V.S. Mukhovatov, S.
Yamamoto, K.M. Young, and the ITER Joint Central Team and Home
Teams, ITER-EDA.
3R 19 Vapor Shielding Calculations for ITER-Scale Disruptions Including
Line Transfer and Magnetic Field Inhibited Evaporation.
A.E.
Koniges, D.C. Eder and A.S. Wan, Lawrence Livermore National
Laboratory; D.E. Post, ITER Joint Central Team.
3R 20 MHD Stability of the ITER Discharge.
S.C. Jardin, V. Drozdov 1,
C.E. Kessel, D.E. Monitcello, and N. Pomphrey, Princeton University.
1=University of Maryland, College Park, MD.
3R 21 Finite-$\beta$ Effects on Toroidal Alfven Eigenmode Stability.
J.W.
Van Dam, H.L. Berk, H.V. Wong, A.Y. Aydemir, Institute for Fusion
Studies, The University of Texas at Austin.
3R 22 Advanced Tokamak Scenario for ITER.
J.J. Ramos, P.T. Bonoli, MIT
Plasma Fusion Center; A. Maretynov, Keldysh Institute of Applied
Mathematics, Moscow, Russia.
3R 23 Isotopic Tailoring of Fuel Density Profiles Using Auxiliary Fueling
Sources and Pumping.
W.A. Houlberg, S.E. Attenberg, ORNL.
3R 24 Performance Modeling of ITER using CORSICA and SUPERCODE.
S.W.
Haney, L.J. Perkins, J.A. Crotinger, Lawrence Livermore National
Laboratory; J.D. Galambos, Oak Ridge National Laboratory; C. Bolton,
DOE.
3R 25 Ray-Tracing Calculation of ECH Current Drive in ITER.
A.H. Kritz and
D.M. Brace, Department of Physics, Lehigh University; and G.R.
Smith, W.M. Nevins, and M.A. Makowski, Lawrence Livermore National
Laboratory.
3R 26 Status of the PISCES-Upgrade Project.
R. Doerner and R.W. Conn,
University of California-San Diego.
3S 1 A National Spherical Tokamak Facility.
S.C. McCool, P.H. Edmonds,
James W. Jagger, David A. Pavlovsky, David R. Terry, the TEXT-U
Staff, Fusion Research Center, The University of Texas at Austin.
3S 2 Search for Fine Radial Structure in Te Profiles.
H. Gasquet, G.
Cima, K.W. Gentle, J. Lierzer, S. McCool, P.E. Phillips, C. Watts,
A.J. Wootton, Fusion Research Center, The University of Texas at
Austin.
3S 3 Thomson Scattering Measurements in TEXT-U.
B.Z. Zhang and P.E.
Phillips, Fusion Research Center, The University of Texas at Austin.
3S 4 Design of a Thomson Scattering System for the Divertor Region on
TEXT-U.
P.E. Phillips, Fusion Research Center, The University of
Texas at Austin.
3S 5 Analysis of Transient Ablation Phenomena in TEXT-U.
G.G. Castle, S.
C. McCool, Fusion Research Center, The University of Texas at
Austin.
3S 6 High Velocity Compact Torus Injector for the TEXT Tokamak.
M.R.
Brown, P.K. Loewenhardt, J. Yee, D.R. Derkits, and P.M. Bellan,
Caltech.
3S 7 Simple Model for Cold Pulses.
K.W. Gentle, Fusion Research Center,
The University of Texas at Austin.
3S 8 Efficient Measurement of Thermal Flows in TEXT-U.
D.J. Storek,
K.W. Gentle, Fusion Research Center, The University of Texas at
Austin.
3S 9 Thermal Flux Measurements on TEXT-U.
K.A. Schroder, K.W. Gentle,
Fusion Research Center, The University of Texas at Austin.
3S 10 Investigations of Neutral Transport Asymmetries in TEXT-U.
X.
Bonnin, W.L. Rowan, P.D. Hurwitz, Fusion Research Center, The
University of Texas at Austin.
3S 11 Optical Imaging of Edge Fluctuations in the High-Field Side of
TEXT-U.
P.D. Hurwitz, William L. Rowan, Fusion Research Center, The
University of Texas at Austin.
3S 12 Boronization of the First Wall of the Texas Experimental Tokamak
(TEXT-U).
O.I. Buzhinskij and A.I. Trazhenkov, TRINITI, Troitzk,
Russia; William L. Rowan, Xavier Bonnin, and P.D. Hurwitz, Fusion
Research Center, The University of Texas at Austin.
3S 13 Particle Balance and Impurity Behavior in Diverted Plasmas in
TEXT-U.
W.L. Rowan, R.D. Bengston, X. Bonnin, K.W. Gentle, P.H.
Edmonds, P.D. Hurwitz, W.H. Miner, Jr., P.E. Phillips, K.A.
Schroder, E.R. Solano, D.J. Storek, and J.R. Uglum, Fusion Research
Center, The University of Texas at Austin.
3S 14 Density Profile Analysis on TEXT-U from the FIR Interferometer.
K.L. Chiang, G.A. Hallock, R.V. Bravenec, E.R. Solano, M.L. Gartman,
R. Chatterjee, A. Darbar, and S. Reedy, Fusion Research Center, The
University of Texas at Austin.
3S 15 First Results from the Phase Contrast Imaging Diagnostic on TEXT-
UPGRADE.
R. Chatterjee, G.A. Hallock, M.L. Gartman, J.P. Allain 1,
E.A. Chowdhury 2, Fusion Research Center, The University of Texas at
Austin. 1=EXCELL visitor, Cal. State Polytechnic Univ., Pomona, CA;
2=Nat. Undergrad. Fellow in Plasma Physcis, Wabash College, IN.
3S 16 FIR Measurement of Electron Density and Poloidal Magnetic Field
Profiles on TEXT-Upgrade.
Y. Jiang, D.L. Brower, L. Zeng, and B.W.
Rice 1, Department of Electrical Engineering, and Institute of
Plasma and Fusion Research, University of California, Los Angeles.
1-Lawrence Livermore National Laboratory.
3S 17 Collective-Scattering Measurments of Electron Density Fluctuations
in TEXT-Upgrade.
D.L. Brower, Y. Jiang, and L. Zeng, Department of
Electrical Engineering, and Institute of Plasma and Fusion Research,
University of California, Los Angeles.
3S 18 BES Density Fluctuation Measurements on TEXT and a Comparison with
HIBP, ECE and FIR Data.
Y.Y. Karzhavin, R.D. Durst 1, D.L. Brower 2,
G. Cima, R.J. Fonck 1, J.W. Heard, J.S. Kim 1, A. Ouroua, C. Watts
3, A.J. Wootton, Fusion Research Center, The University of Texas at
Austin. 1=University of Wisconsin, Madison; 2=University of
California, Los Angeles 3= Auburn Unviersity, Auburn.
3S 19 Interpretations of Interior Fluctuation Measurements on TEXT-U.
R.V.
Bravenec, A.J. Wootton, D.W. Ross, D.L. Brower 1, R.D. Durst 2, G.
Cima, J.W. Heard 3, Y.Y. Karzhavin, A. Ouroua 3, and C. Watts 4,
Fusion Research Center, The University of Texas at Austin.
1=University of California, Los Angeles, CA; 2=University of Wisconsin, Madison, WI; 3=Rensselaer Polytechnic Institute, Troy, NY; 4=Auburn University, Auburn, Al.
3S 20 Active Probe Signal Propagation in the Plasma Edge.
D.L. Winslow, B.
Richards, T. Uckan , A.J. Wootton, Roger D. Bengston, J.L. Craig, W.
A. Craven, P.E. Phillips, J. Uglum, Fusion Research Center, The
University of Texas at Austin. 1=Fusion Energy Division, Oak Ridge
National Laboratory.
3S 21 Active Feedback Control of Plasma Edge Fluctutations.
B. Richards,
D.L. Winslow, T. Uckan 1, A.J. Wootton, B.A. Carreras 1, Roger D.
Bengston, J. Craig, G.X. Li, P.E. Phillips, H.U.W. Tsui, J. Uglum,
Fusion Research Center, The University of Texas at Austin. 1=Fusion
Energy Division, Oak Ridge National Laboratory.
3S 22 Modification and Control of Edge Turbulence.
Roger D. Bengston, K.W.
Gentle, G.X. Li, H. Lin, B. Richards, H.Y.W. Tsui, J. Uglum, D.L.
Winslow, and A.J. Wootton, Fusion Research Center, The University of
Texas at Austin; T. Uckan and B.A. Carreras, Oak Ridge National
Laboratory.
3S 23 First Results from Time Domain Triple Probe Measurements on TEXT-U.
M.A. Meier, G.A. Hallock, R.D. Bengston, H.Y.W. Tsui, Fusion
Research Center, The University of Texas at Austin.
3S 24 I-V Probe Characteristics in Scrape Off Layer of TEXT-U.
Stefan
Jachmich and Rodge D. Bengston, Fusion Research Center, The
University of Texas at Austin.
3S 25 Initial Results from a Charge Exchange q-Diagnostic on TEXT-U.
L.
Duraiappah, P.M. Valanju, Rodge D. Bengston, Y. Karzhavin, and A.
Nikitin, Fusion Research Center, The University of Texas at Austin.
3S 26 Suprathermal Electron Studies During ECRH on TEXT-U.
R.F. Steimle,
D.R. Roberts, G. Giruzzi 1, Fusion Research Center, The University
of Texas at Austin. 1=Association EURATOM-VEA, Centre d'Etudes de
Cardarache, France.
3S 27 ECH Power Deposition During Enhanced Confinement Operation of
TEXT-U.
D.R. Roberts, D.C. Sing, H. Gasquet, L. Lierzer 1, and D.A.
Pavolovsky. Fusion Research Center, The University of Texas at
Austin. 1=MIT.
3S 28 Plasma Electric Potential Measurements on TEXT-Upgrade with the 2
MeV Heavy Ion Beam Probe.
P.E. McLaren, A. Ouroua, J.W. Heard, T.P.
Crowley, P.M. Schoch, K.A. Connor, R.L. Hickok, A. Fujisawa 1, R.R.
White, and D.R. Demers, Rensselaer Polytechnic Institute, Troy, NY
12180. 1=National Institute for Fusion Science, Nagoya, Japan.
3S 29 Poloidal Wave Number Measurements using the 2 MeV Heavy Ion Beam
Probe on TEXT-U.
J.W. Heard, A. Ouroua, A. Fujisawa 1, T.P. Crowley,
P.M. Schoch, R.R. White, Rensselaer Polytechnic Institute, Troy, NY.
1=National Institute for Fusion Science, Nagoya, Japan.
3S 30 Fluctuation Measurements on TEXT-U using the 2 MeV Heavy Ion Beam
Probe.
A. Fujisawa 1, J.W. Heard, A. Ouroua, T.P. Crowley, P.M.
Schoch, K.A. Connor, R.L. Hickok, R.R. White, and P.E. McLaren,
Rensselaer Polytechnic Institute, Troy, NY 12180. 1=National
Institute for Fusion Science, Nagoya, Japan.
3S 31 Measurement of the Poloidal Magnetic Flux in TEXT using a Heavy Ion
Beam Probe.
J.G. Schwelberger, T.P. Crowley, K.A. Connor, P.M.
Schoch, Rensselaer Polytechnic Institute, Troy, NY 12180-3590.
3S 32 A Better Electric Potential Fluctuation Detector for the 2 MeV Heavy
Ion Beam Probe on TEXT-U.
W.G. Russell, P.M. Schoch, T.P. Crowley,
J.G. Schatz, Rensselaer Polytechnic Institute, Troy, NY 12180-3590.
3S 33 Initial Results of Stochastic Field Experiments (SFX) on TEXT-U.
W.A. Craven, S.C. McCool, A.J. Wootton, Fusion Research Center, The
University of Texas at Austin.
3S 34 Density Fluctuation Measurements during ECH in TEXT_U.
D.C. Sing, A.
Ouroua 1, D.L. Brower 2, John Heard 1, Y. Jiang 2, D.R. Roberts,
Fusion Research Center, The University of Texas at Austin.
1=Rensselaer Polytechnic Institute, Troy, NY; 2=University of
California, Los Angeles, CA.
3S 35 Magnetic Flux Surface Reconstruction in TEXT-Upgrade.
J.L. Craig,
P.E. Phillips, Fusion Research Center, The University of Texas at
Austin.
3S 36 Radiation Drive Studies of TEXT-U.
Yizhi Wen 1, R.V. Bravence, R.
Bengston, B. Richards, and J. Uglum, Fusion Research Center, The
University of Texas at Austin. 1=University of Science and
Technology of China, Hefei, 230026, PRC.
3S 37 Radial and poloidal correlation lengths of electron temperature
fluctuations measured with electron-cyclotron emission on TEXT-U.
Christopher Watts, G. Cima 1, R. Gandy, Auburn University, Alabama.
1=Fusion Research Center, Austin, Texas.
3S 38 Soft X-ray Emission Measurements in TEXT-U.
J.R. Lierzer, R.D.
Petrasso, C.K. Li, W. Wenzel, Plasma Fusin Center, Massachusetts
Institute of Technology; and S.C. McCool, A.J. Wooton, W.L. Rowan,
E.R. Solano, G.A. Hallock, D.L. Brower, G. Cima, B.F. Hall, R.F.
Steimle, and H. Gasquet, Fusion Research Center, The University of
Texas at Austin.
3S 39 Lithium Beam Measurements of Edge Electron Density Profiles in TEXT.
A.M. Howald, J.M. McChesney, and W.P. West, General Atomics.
3S 40 Tokamak Plasma Disruptions Predicted by Neural Net.
Z. Lin, J.V.
Hernandez, A. Vannucci, T. Tajima, W. Horton, and S.C. McCool,
Institute for Fusion Studies and Fusion Research Center, The
University of Texas at Austin.
3S 41 A Modern Software Environment for Scientific Data Analysis and
Visualization.
W.H. Miner, Jr., R.D. Bengtson, P.D. Hurwitz, A.B.
Macmahon, W.L. Rowan, J.C. Wiley, and D.L. Winslow, Fusion Research
Center, The University of Texas at Austin.
3T 1 HSX: A Project Overview and Current Status.
D.T. Anderson, A.F.
Almagri, F.S.B. Anderson, P.G. Matthews, J.L. Shohet, and J.N.
Talmadge, Torsatron/Stellarator Laboratory, University of Wisconsin-
Madison.
3T 2 HSX: Physics Program Expected Performance and Experimental
Flexibility.
J.N. Talmadge, A.F. Almagri, F.S.B. Anderson, D.T.
Anderson, P.G. Matthews, and J.L. Shohet, Torsatron/Stellarator
Laboratory, University of Wisconsin-Madison; N. Karulin, Max-Planck-
Institut fur Plasmaphysik, Garching.
3T 3 HSX: Engineering Design of the Modular Coil Set.
P.G. Matthews, A.F.
Almagri, D.T. Anderson, F.S.B. Anderson, J.L. Shohet and J.N.
Talmadge, Torsatron/Stellarator Laboratory, University of Wisconsin-
Madison.
3T 4 HSX: Engineering Design of the Vacuum Vessel, Coils and Support
Structure, and Alignment Techniques.
F.S.B. Anderson, A.F. Almagri,
D.T. Anderson, P.G. Matthews, J.L. Shohet and J.N. Talmadge,
Torsatron/Stellarator Laboratory, University of Wisconsin-Madison.
3T 5 Initial Operation of the TJ-I U Torsatron.
E. Ascasibar, C.
Alehaldre, J. Alonso, E. de la Cal, T. Estrada, I. Garcia Cortes, C.
Hildago, A. Lopez-Fraguas, E. de la Luna, R. Martin, F. Medina, M.A.
Ochando, I. Pastor, M.A. Pedrosa, J. Qin, L. Rodriguez, J. Sanchez,
F. Tabares, D. Tafalla, B. Zurro, Asociacion EURATOM-CIEMAT para
Fusion 28040 Madrid, Spain; L.M. Kovryzhnykh, D.C. Akulina, O.F.
Fedyanin, L.V. Kolik, K.M. Likin, Yu.I. Netchaev, A.Ye. Petrov, K.A.
Sarakyan, General Physics Institute, Russian Academy of Sciences,
Moscow, Russia.
3T 6 Results from the H-1 Heliac: Vacuum Magnetic Surface Tomography,
Plasma Fluctuations, Diamagnetism.
B.D. Blackwell, G.G. Borg, R.L.
Dewar, H.J. Gardner, S.M. Hamberger, J. Howard, D. Rudakov, M.G.
Shats, L.E. Sharp, and R.B. Tumlos, Australian National Univ.
3T 7 Nonlinear Behavior of Kelvin-Helmholtz Instability in a Heliotron
Plasma with Poloidal Velocity Shear.
Y. Ishii, M. Wakatani, Plasma
Physics Laboratory, Kyoto University; K. Watanabe, National
Institute for Fusion Science.
3T 8 Investigation of the effect of viscosity and ion-neutral collisions
on damping of the induced flows in IMS.
H. Dahi, J.N. Talmadge, and
J.L. Shohet, Torsatron/Stellarator Laboratory, University of
Wisconsin-Madison.
3T 9 Stellarator Power Plant Study.
James Rome for the SPPS team.
3T 10 Stellarator Transport Optimization With Self-Consistent Electric
Fields.
J.F. Lyon, Oak Ridge National Laboratory; S.L. Painter,
Australian National University; L.M. Kovrizhnykh, General Physics
Institute, Moscow; and K. Gulec, University of Tennessee, Knoxville.
3T 11 ATF ECH System Long Pulse Operation.
T.S. Bigelow, C.R. Schaich,
C.T. Wilson, J. White, ORNL.
3T 12 ECE Radiometer Measurement of Electron Temperature on the ATF
Stellarator.
J.B. Wilgen, A.C. England, T.S. Bigelow, G.R. Dyer,
D.E. Greenwood 1, M. Murakami, C.R. Schaich, J.A. White 2, and J.L.
Yarber, ORNL. 1=Computing Applications Division, Martin Marietta
Energy Systems, Inc.; 2=Engineering Division, Martin Marietta Energy
Systems, Inc.
3T 13 Additional Alfven Resonances in Stellarators.
E. Fedutenko, I.
Girka, V. Lapshin, K. Stephov, Kharkov State University, Kharkov,
Ukraine.
3T 14 The MHH Stellarator.
P.R. Garabedian, N.Y.U.
3T 15 Use of Toroidal Harmonics to Model Magnetic Fields in the Compact
Auburn Torsatron.
E. Thomas, Jr., G. Sasser, S. Knowlton, R. Gandy,
J.D. Hanson, J. Cary, 1, Auburn University. 1=Department of
Astrophysical, Planetary, and Atmospheric Science, University of
Colorado.
3T 16 Experimental Study of Magnetic Island Effects on the Pure Electron
Transport.
H. Lin, R.F. Gandy, S.F. Knowlton, M. Owens, G. Sasser,
Auburn Univerisity.
3T 17 Effects of Magnetic Perturbations on Ion Trajectories in the Compact
Auburn Torsatron.
G.E. Sasser, S.F. Knowlton, R.F. Gandy, H. Lin,
E.E. Thomas, and M.A. Owens, Auburn University.
3T 18 Electron Drift Surface Mapping on the Compact Auburn Torsatron.
R.
Gandy, S. Knowlton, H. Lin, M. Owens, and D. Pritchard, Physics
Dept., Auburn University.
3T 19 Studies of X-Pinch Plasmas.
D.A. Hammer, D. H. Kalantar 1, S.A.
Pikuz 2, and T.A. Shelkovenko 2, Cornell University, Ithaca, NY.
1=Lawrence Livermore National Laboratory; 2=P.N. Lebedev Physical
Institute, Moscow, Russia.
3T 20 Steady Flow States of the FTZP.
C.W. HArtman and J.L. Eddleman,
Lawrence Livermore National Laboratory.
3T 21 The time dependent charge state and current distributions in an
imploding Z-pinch plasma.
G. Davara, L. Gregorian, E. Kroupp, Y.
Markus, Y. Maron, A. Fruchtman, W. Peter, Department of Particle
Physics, Weizmann Institute of Science; and A. Fisher, NRL, Wash.
DC, USA.
3T 22 Variable Mass Wire Arrays to Create Hotspots in Radiating Z-Pinches.
J.L. Eddleman 2, K.G. Estabrook 2, J.S. DeGroot 1, J. Hammer 2, R.B.
Spielman 3. 1=UC Davis; 2=Lawrence Livermore National Laboratory;
3=Sandia National Laboratory.
3T 23 Non-Thermal Electrons in Z-Pinches.
M. Tabak 1, J.S. DeGroot 2, K.G.
Estabrook 2, D. Mosher 4, R.B. Spielman 3, T. Sanford 3. 1=UC Davis;
2=Lawrence Livermore National Laboratory; 3=Sandia National
Laboratory; 4=Naval Research Laboratory.
3T 24 Plasma Interpenetration in Imploding Z-Pinches.
J.S. DeGroot 1, B.
Bateson 2, K.G. Estabrook 2, J.H. Hammer 2, D. Hewett 2, R.B.
Spielman 3, and G. Zimmerman 2. 1=UC Davis; 2=Lawrence Livermore
National Laboratory; 3=Sandia National Laboratory.
3T 25 Prediction of X-Ray Images From 2-D Lasnex Calculations of Z-Pinch
Experiments on Saturn.
S. Maxon, J.H. Hammer, K.G. Estabrook, G.B.
Zimmerman, J.A. Harte, J.S. DeGroot, Lawrence Livermore National
Laboratory.
3T 26 2D Lasnex Simulations of Z-pinch Dynamics.
J.H. Hammer, S. Maxon, M.
Tabak, K. Estabrook, J.L. Eddleman, C.W. Hartman, A. Toor, G.B.
Zimmerman, Lawrence Livermore National Laboratory; J.S. DeGroot, UC
Davis.
3T 27 Instability Heating of Solid Fiber Z-Pinches.
R.A. Riley, J.S.
Schlachter, D.W. Scudder, F.J. Wysocki, R.H. Lovberg, Los Alamos
National Laboratory.
3T 28 The UCI Staged Z-Pinch.
F.J. Wessel, A. Van Drie, V. Bystritskii,
H.U. Rahman 1, and G. Yur 1, University of California, Irvine.
1=University of California, Riverside.
3T 29 Modeling of the UCI Staged Z-Pinch.
H.U. Rahman, F.J. Wessel 1, N.
Rostoker 1, P. Ney, and F. Aitouamer, Univeristy of California,
Riverside. 1=University of California, Irvine.
3T 30 Two-Dimensional Simulations of SATURN Z-Pinch Implosions.
N.F.
Roderick 1, T.W. Hussey, R.E. Peterkin,Jr., U. Shumlak, Phillips
Laboratory, Kirtland AFB, NM and R.B. Spielman, Sandia National
Laboratories, Albuquerque. 1=University of New Mexico.
3T 31 MeV Ions Trapped in Plasma Domains Far From the Plasma Focus Pinch.
J.S. Brzosko, V. Nardi, D. Goldstein, J.R. Brzosko, Stevens Inst.
Techn., Hoboken, NJ 07030.
3T 32 Strong and Weak Coupling of Fusion Reaction Yield and Current
Distribution in MA-PF Discharges.
A. Bortolotti, J.S. Brzosko, D.
Goldstein, C.M. Luo 1, F. Mezzetti, T. Montanari, V. Nardi, C.
Powell, Stevens Institute of Technology, Hoboken, NJ 07030 (USA)-
University of Ferrara, Ferrara 44100(I). 1=Tsinghua University.
3T 33 Energy Spectrum Characteristics of Ion and Ion Cluster Emission From
PF Discharges.
C.M. Luo 1, V. Nardi, C. Powell, Stevens Institute of
Technology, Hoboken, NJ 07030. 1=Tsinghua University (PRC).
4IA 1 Formation and Sustainment of a Low Aspect Ratio Tokamak by Coaxial
Helicity Injection.
B.A. Nelson, University of Washington, Seattle.
4IA 2 Wall Stabilization of High Beta Plasmas in DIII-D.
T.S. Taylor,
General Atomics.
4IA 3 Transport Reduction by Current Profile Control in the Reversed Field
Pinch.
J.S. Sarff, University of Wisconsin-Madison.
4IB 1 Space-Time Evolution of Instabilities in Ultra-Intense Laser-Plasma
Interactions.
W.B. Mori, UCLA.
4IB 2 Stimulated Processes and Self-Modulation of Short Intense Laser
Pulses in LWFA.
N.E. Andreev, Russian Academy of Sciences, Russia.
4IB 3 Charged-Particle Linear-Energy-Transfer in Plasmas.
C-K. Li, Plasma
Fusion Center, MIT.
4E 1 National Ignition Facility Hohlraum Design.
S.M. Pollaine and S.W.
Haan, Lawrence Livermore National Laboratory.
4E 2 Use of Thin Wall Imaging in the Diagnosis of Laser Heated Hohlraums.
A.R. Thiessen, L.J. Suter, F. Ze, R.L. Kauffman, R.H. Price, V.C.
Rupert, V.W. Slivinsky, C. Wang, Lawrence Livermore National
Laboratory.
4E 3 Soft x-ray emission spatial profiles in laser-driven hohlraums.
D.
Ress, L.V. Powers, F. Ze, L.J. Suter, and R.J. Wallace, Lawrence
Livermore National Laboratory, Livermore, CA 94551-5508.
4E 4 Electron temperature measurements of Nova hohlraum targets by
spectroscopy.
C.A. Back, E.J. Hsieh, D.H. Kalantar, R.L. Kauffman,
C.J. Keane, D.E. Klem, B.F. Lasinski, R.W.Lee, D. S.,Montgomery, B.
J. MacGowan, L.V. Powers, T.D. Shepard, G.F. Stone, L.J. Suter, and
R.E. Turner, Lawrence Livermore National Laboratory, University of
California, L-477, P.O. 808, Livermore, CA 94551 USA.
4E 5 Tamped-Hohlraum Designs for the Study of Interface Stability.
T.D.
Shepard, T.J. Orzechowski, W.K. Levedahl, Lawrence Livermore
National Laboratory and J.M. Foster, P.A. Rosen, AWE, Aldermaston,
UK.
4E 6 Interface Stability in Low-Z Filled Hohlraums.
T.J. Orzechowski, R.
L. Kauffman, W.K. Levedahl, D.B. Ress, T.D. Shepard, Lawrence
Livermore National Laboratory and J.M. Foster and P.A. Rosen, Atomic
Weapons Establishment.
4E 7 Experimental Investigation of Radiation Temperature In the Cavity.
Yi Rongqing, Miao Wenyong and Zheng zhijian, Southwest Institute of
Nuclear Phsyics and Chemistry, P.O. Box 525, Chengdu 610003, P.R.
China.
4E 8 Design Considerations for NOVA Symmetry Experiments.
D.B. Harris, N.
D. Delamater, G. Magelssen, A.A. Hauer and E.L.Lindman, Los Alamos
National Laboratory.
4E 9 Symmetry experiments in gas filled hohlraums at NOVA.
N.D.
Delamater, E.L. Lindman, G. Magelssen, A.A. Hauer, J.B. Moore and
M.A. Salazar, Los Alamos National Laboratory.
4E 10 Time-Dependent Measurements of Radiation Symmetry within Nova
Hohlraums using the Symmetry Capsule Technique.
A.A. Hauer, G.R.
Magelssen, D.B. Harris, N.D. Delamater, and E.L. Lindman, Los Alamos
National Laboratory, Los Alamos, New Mexico 87545.
4E 11 Time-Dependent Measurements of Radiation Symmetry within Nova
Hohlraums using the Reemission Ball Technique.
G.R. Magelssen, N.D.
Delamater, E.L. Lindman, and A.A. Hauer, Los Alamos National
Laboratory, Los Alamos, New Mexico 87545.
4F 1 Overview of Recent Results and the Alcator C-MOD.
M. Porkolab and
the Alcator Group, MIT Plasma Fusion Center.
4F 2 Impurity Screening Experiments in the Alcator C-Mod Tokamak.
G.M.
McCracken, F. Bombarda, M. Graf, J.A. Goetz, R.S. Granetz, C. Kurz,
D. Jablonski, B. Labombard, B. Lipschultz, E. Marmar, J. Rice, and
J. Terry, MIT Plasma Fusion Center; B.L. Welch, University of
Maryland.
4F 3 Analysis of ICRF Heated Plasmas in the Alcator C-Mod Tokamak.
Y.
Takase, S.N. Golovato, M. Porkolab, P.T. Bonoli, M. Greenwald, J.
Schachter, and the Alcator C-Mod Group, MIT Plasma Fusion Center.
4F 4 ICRF and Ohmic H-Modes in Alcator C-Mod.
J.A. Snipes, R.S. Granetz,
M. Greenwald, I.H. Hutchinson, D. Garnier, S.N. Golovato, J. Irby,
B. LaBombard, T. Luke, E.S. Marmar, M. Porkolab, Y. Takase, J.L.
Terry, S.M. Wolfe, MIT Plasma Fusion Center.
4F 5 Ion Temperature Scaling in Ohmic and ICRF Heated Alcator C-Mod
Tokamak Plasmas.
F. Bombarda, Associazione ENEA-Euratom per la
Fusione, J.E. Rice, K. Giesing, C. Fiore, MIT Plasma Fusion Center.
4F 6 Neutral Gas Compression in the Alcator C-Mod Divertor.
A.
Niemczewski, B. Lipschultz, B. LaBombard, G. McCracken, MIT Plasma
Fusion Center.
4F 7 Tomography of Visible Light Emission From Hydrogen And Low-Z
Impurities in Diverted Discharges on Alcator C-Mod.
C. Kurz, J.L.
Terry, J.A. Snipes, B. Lipschultz, G.M. McCracken, MIT Plasma Fusion
Center.
4F 8 Up-Down Asymmetric Neutral Particle and Impurity Density Profiles in
Diverted Alcator C-Mod Discharges.
M.A. Graf, J.E. Rice, J.L. Terry,
F. Bombarda 1, C. Kurz, J. Snipes, MIT Plasma Fusion Center.
1=Associazione ENEA-Euratom per la Fusione, Frascati, Italy.
4F 9 Density Fluctuations Following Pellet Injection in Alcator C-Mod.
J.
Irby, T. Luke, M. Greenwald, D. Garnier, R. Granetz, A. Hubbard, E.
Marmar, P. O'Shea, J. Schachter, MIT Plasma Fusion Center.
4F 10 Measurement of Core Particle Transport in Alcator C-Mod.
T. Luke, J.
H. Irby, M. Greenwald, S. Horne, B. LaBombard, E. Marmar, G.
McCracken, S. Wolfe, MIT Plasma Fusion Center.
4F 11 Disruptions and Halo Currents in Alcator C-Mod.
R.S. Granetz, J.
Irby, B. LaBombard, J.M. Sorci, MIT Plasma Fusion Center.
4P 1 Dielectric Response Function and Stopping Power of a Two-Dimensional
Electron Gas.
A. Bret and C. Deutsch, L.P.G.P. Universite de Paris XI
Orsay, France.
4P 2 Model of Transport Barrier Formation During L-H Transition.
M.V.
Osipenko, A.R. Polevoi, Russian Research Center-Kurchatov Institute.
4P 3 Transport Simulations Using a Statistically Calibrated Theory-Based
Transport Model.
Clifford Singer, Jon Kinsey, Ji Qiang, and Glenn
Bateman 1, University of Illinois-Urbana. 1=Princeton Plasma Physics
Laboratory.
4P 4 Theory-Based Transport Simulations of TFTR and DIII-D Parameter
Scans.
Jon Kinsey, Clifford Singer, Ji Qiang, Glenn Bateman 1, and
Jan Weiland 2, University of Illinois-Urbana. 1=Princeton Plasma
Physics Laboratory; 2=Chalmers University of Technology, Goteborg,
Sweden.
4P 5 Adaptive HP Methods and a Posteriori Error Estimates for Simulations
of Edge and Scrape-off Layer.
J.C. Wiley and David W. Ross, Fusion
Research Center, The University of Texas at Austin.
4P 6 Fluid Models of Edge and Scrape-off Layer.
David W. Ross and James
C. Wiley, Fusion Research Center, The University of Texas at Austin.
4P 7 Scalings of ITG Turbulence and Transport from Toroidal Gyrokinetic
Simulations.
A.M. Dimits, J.A. Byers, T.J. Williams, B.I. Cohen,
Lawrence Livermore National Laboratory.
4P 8 CORSICA: Progress Toward a Numerical Tokamak.
J.A. Crotinger, R.H.
Cohen, S.W. Haney, L.D. Pearlstein, T.B. Kaiser, L.L. Lodestro, T.D.
Rognlien, A.I. Shestakov, G.R. Smith, A.G. Tarditi, X.Q. Xu,
Lawrence Livermore National Laboratory.
4P 9 Measurements of Velocity Space Transport Perpendicular to the
Magnetic Field.
T. Ross, D. Newsham and N. Rynn, Department of
Physics, University of California, Irvine.
4P 10 Fokker-Planck Coefficients of an Ion Beam in a Background Plasma.
D.
Newsham, T. Ross and N. Rynn, Department of Physics, University of
California, Irvine.
4P 11 Laser-Induced Fluorescence in a Gas-Discharge.
J.J. Curry, M.
Sarfaty and F. Skiff, Institute for Plasma Research, University of
Maryland, College Park MD 20742
4P 12 Ion Velocity-Space Diffusion in the Presence of Electrostatic Ion
Waves.
M. Sarfaty, J.J. Curry and F. Skiff, Institute for Plasma
Research, University of Maryland, College Park MD 20742.
4P 13 The Isotopic Effect; Particles and Energy.
G. Penn, Y.K. Pu, S.
Migliuolo and B. Coppi, MIT.
4P 14 Comments on direct magnetic field measurement of micro-turbulence
enhanced electron collisionality.
R.M. Mayo, R.A. Gerwin, and D.C.
Black, Department of Nuclear Engineering, North Carolina State
University.
4P 15 Trapped Ion Temperature Gradient Driven Convective Cells with Self
Consistent Evolution of Electric Field Shear.
P.H. Diamond, Physics
Department, University of California, San Diego, La Jolla, CA 92093-
0319; B.A. Carreras, Oak Ridge National Laboratory, Oak Ridge, TN
37830-8070.
4P 16 The breakdown of turbulent poloidal viscosity as a possible
mechanism of the bifurcation in electrode-biased H-mode.
V.B.
Lebedev, P.H. Diamond, Physics Department, University of California,
San Diego, La Jolla, CA 92093-0319; G.R. Tynan, Physics Department,
University of California, Los Angeles, Los Angeles, CA 90024.
4P 17 Turbulent pinch.
A.V. Gruzinov, P.H. Diamond, Physics Department,
University of California, San Diego, La Jolla, CA 92093-0319; M.B.
Isichenko, Fusion Research Center, The University of Texas at
Austin, Austin, TX 78712.
4P 18 Analytical and numerical investigations of spontaneous shear flow
amplification in turbulent plasmas.
G. Soloviev, Institute for Space
Studies, Moscow, Russia; A.V. Gruzinov, P.H. Diamond, Physics
Department, University of California, San Diego, La Jolla, CA 92093-
0319.
4P 19 A simple model of ELM dynamics in H-mode plasmas.
I. Gruzinova, L.B.
Lebedev, P.H. Diamond, Physics Department, University of California,
San Diego, La Jolla, CA 92093-0319.
4P 20 Nonlinear Incompresible Poloidal Viscosity and Its Implications on
H-mode in Stellarator/Heliotron Plasmas.
M. Yokoyama, M. Wakatani,
Plasma Physics Laboratory, Kyoto University; K.C. Shaing, Oak Ridge
National Laboratory.
4P 21 Generation of toroidal plasma flow in a tokamak using externally
launched fast wave.
Tom Wen, and F.Y. Gang, MIT Plasma Fusion
Center, Cambridge, MA 02139.
4P 22 Simulation of sheared flow effects on neoclassical transport in
toroidal plasmas.
Z. Lin, W.W. Lee and W.M. Tang, Princeton
University.
4P 23 H-mode Transport and Generalization of the Self-Organized Critical
Gradient Model.
T. Tajima, M.J. Lebrun, W. Horton, J.Q. Dong, Y.
Kishimoto 1, H. Shirai 1, and M. Yagi 1, Institute for Fusion
Studies and Department of Physics, The University of Texas at
Austin, Austin, 7X 78712. 1=Japan Atomic Energy Research Institute.
4P 24 The Interaction of Drift-wave Generated Sheared Flows and
Neoclassical Damping.
W. Horton, X.N. Su, P.N. Yushmanov, J.Q. Dong
and W. Dorland, Institute for Fusion Studies.
4P 25 Non-ambipolar particle losses in the presence of fluctuations.
P.N.
Yushmanov 1, A. I. Smolyakov 1, S.I. Krasheninnikov 2, MIT, Plasma
Fusion Center, Cambridge, MA 02139. 1=Russian Scientific Center
"Kurchatov Institute" Moscow, Russia; 2=University of Saskatchewan,
Saskatoon, Canada.
4P 26 The Fast Time Scale Behavior of the L/H Transition.
G.M. Staebler,
F.L. Hinton, J.C. Wiley 1, P.H. Diamond 2, General Atomics. 1=
IFS/The University of Texas at Austin; 2=University of California,
San Diego.
4P 27 Transport suppression by diamagnetic rotation as a possible
mechanism of L-H transition.
M. B. Isichenko, University of Texas at
Austin, and P. H. Diamond, University of California at San Diego.
4P 28 Approximate Analytic Expressions for Plasma Viscosity and Neoclassical Flows and Fluxes in Finite Aspect Ratio Tokamaks. N. Dominguez, K.C. Shaing, ORNL; M. Yokoyama, M. Wakatani, PPL, Kyoto University; and C.T. Hsu, MIT.
4P 29 Shock formation in Poloidally Rotating Helically Symmetric Plasmas.
M. Wakatani, Kyoto University, Japan; and K. C. Shaing, ORNL.
4P 30 Poloidal Flow and ExB Flow in H-Mode.
K.C. Shaing and H.T. Hsu,ORNL.
4P 31 Effects of Electric Oscillations on Plasma Rotation.
J.J. Martinell
and I.A. Voitsekhovitch 1, Inst. Ciencias Nucleares, National Univ.
of Mexico, 04510 Mexico D.F., Mexico. 1=Kurchatov Institute, Moscow,
Russia.
4P 32 Poloidal Rotation Spinup in Divertor Tokamaks.
H.R. Strauss, New
York University.
4P 33 Transport of Photons Throughout a High-Density Divertor Plasma.
D.B.
Hayden and D.N. Ruzic, 103 S. Goodwin Ave., University of Illinois,
Urbana, IL 61801.
4P 34 Reduction of anamalous transport via feedback.
J. Chiu, P. Tham and
A.K. Sen, Columbia University.
4P 35 Effect of varying frequency of an external rf electric field on the
transport of electrons in mixtures of gases.
J.M. Wadehra and A.A.
Sebastian, Wayne State University.
4P 36 Driven, Energy Conserving MHD Screw Pinch Equilibria Determined By
Classical Transport Processes.
M.L. Goodman, Code 695,NASA Goddard,
Greenbelt, MD 20771.
4P 37 Slow Time Evolution of Long Mean Free Path Tokamak Approximate
Steady States.
H. Weitzner, New York University.
4P 38 Impurity motion and disruption in Tokamaks.
J.J.E. Herrera and D.Kh.
Morozov 1, Instituto de Ciencias Nucleares, UNAM, Mexico.
1=Kurchatov Institute, Moscow, Russia.
4P 39 Momentum and Energy Transport by Fast Ions.
Y.-B. Kim, R.W. Harvey,
F.L. Hinton, T.S. Taylor, General Atomics.
4R 1 Ponderomotive Forces Generated about Alfven Resonance Layers.
V.
Petrzilka, Institute of Plasma Physics, Prague; J.A. Tataronis,
University of Wisconsin-Madison, WI, USA; and R.L. Dewar,
Australian National University, Canberra, Australia.
4R 2 Low Frequency Current Drive in an Bounded Plasma.
S. Rauf and J.A.
Tataronis, University of Wisconsin-Madison.
4R 3 Is there an Alfven 'Resonance'? - Exact Equations for Waves
Propagating Across a Cold Inhomogeneous Plasma.
P.M. Bellan,
Caltech.
4R 4 Alpha heating by ICRF and current drive in Fusion Plasmas.
N.T. Lam,
J.E. Scharer, R.S. Sund, University of Wisconsin-Madison.
4R 5 Alpha Current Driven by ICRH from a Fast Wave in a DT Tokamak
Reactor.
C.-S. Chang, Courant Institute, New York University.
4R 6 A 3-D Fokker-Planck Solver for the Current Drive Problem.
I.P.
Shkarofsky 1, M.M. Shoucri, and G.V. Pereverzev 2, Centre canadien
de fusion magneitque, Varennes, Quebec, Canada J3X 1S1. 1=MPB
Technologies, Inc., Pointe-Claire, Quebec, H9R 1E9; 2=Max-Planck
Institut fur Plasmaphysik, Garching, Germany
4R 7 Effect of RF Waves on Bootstrap Current in Tokamaks.
S.D. Schultz,
A. Bers, and A.K. Ram, Plasma Fusion Center, M.I.T.
4R 8 A Direct Calculation of the Efficiency of Fast Wave Current Drive.
J. Wright and P. Bonoli, MIT Plasma Fusion Center.
4R 9 Fast Wave Absorption and Current Drive by Energetic Ions in DIII-D.
S.C. Chiu, R.W. Harvey, T. K. Mau 1, J.S. deGrassie, R. I. Pinsker,
C.C. Petty, C.S. Chang 2, General Atomics. 1=University of
California, San Diego; 2=Courant Institute of Mathematical Sciences.
4R 10 Modelling of Fast-Wave Current Drive Scenarios Including Kinetic Ion
Effects.
T.K. Mau, University of California, San Diego; S. C. Chiu,
R. W. Harvey General Atomics.
4R 11 A General Ray-Tracing Code (GENRAY).
A.P. Smirnov, R.W. Harvey 1, K.
Kupfer 2, Moscow University. 1=General Atomics; 2=ORISE
Postdoctoral Fellow.
4R 12 Interaction of Ion-Bernstein Waves With Electrons.
A.K. Ram, A.
Bers, S.D. Schultz, Plasma Fusion Center, M.I.T.; V. Fuchs, CCFM,
Quebec, Canada.
4R 13 Parallel Forces Induced in Ion Cyclotron Range of Frequency.
C.Y.
Wang, D.B. Batchelor, and E.F. Jaeger, ORNL.
4R 14 Plasma Biasing by Ponderomotive Forces of Radio Frequency Waves.
R.
van Nieuwenhove, Ecole Royale Militaire, Brussels, Belgium; V.
Petrzilka, Institute of Plasma Physics, Prague; and J.A. Tataronis,
University of Wisconsin, Madison, WI, USA.
4R 15 Mode Conversion of the Fast Alfven Wave in a Tokamak at the Ion-Ion
Hybrid Frequency.
V. Fuchs, CCFM, Varennes, Quebec, J3X 1S1; S.
Schultz, A. Ram, a. Bers, PFC, MIT, Cambridge, MA 02139, USA; and
C.N. Lashmore-Davies, UKAEA, Abingdon, UK.
4R 16 Enhanced Electron Dissipation in the Ion Cyclotron Range of
Frequencies by a Mode Converted Ion Hybrid Wave.
C.N. Lashmore-
Davies, UKAEA Government Division, Fusion, Culham. Abingdon, Oxon,
OX14 3DB, UK (Euratom/UKAEA Fusion Association); V. Fuchs, Centre
Canadian de Fusion Magnetique, Varennes, Quebec, Canada.
4R 17 Effect of ICRF Impurities during Mode Conversion Current Drive
Experiments in TFTR.
D.A. D'Ippolito, J.R. Myra, Lodestar Research
Corp., Boulder, CO; R. Majeski, J.R. Wilson, PPPL, Y.L. Ho, SAIC.
4R 18 Development of ICRF Heating for PISCES-Upgrade.
D.A. Rothweil, E.E.
Bowles, J.W. Cuthbertson 1, R. Doerner 1, R. Lehmer 1, A. Nerem, C.
C. Petty, D.A. Phelps, R.D. Phelps, R.I. Pinsker, L. Schmitz 1,
General Atomics. 1=University of California, San Diego.
4R 19 Ion Cyclotron Heating in the Compact Helical System (CHS).
D.A.
Rasmussen, R. Kumazawa 1, K. Nishimura 1, S. Masuda 1, T. Mutoh 1,
F. Shimbo 1, T. Seki 1, T. Watari 1, R. Akiyama 1, A. Ando 1, A.
Ejiri 1, H. Idei 1, K. Ida 1, H. Iguchi 1, S. Kubo 1, K. Matsuoka 1,
T. Morisaki 1, S. Morita 1, S. Okamura 1, T. Ozaki 1, S.
Sakakibara 1, C. Takahashi 1, T. Kawamoto 1, K. Tanaka 1, J. Xu 1,
H. Yamada 1, I. Yamada 1, M. Murakami, D.J. Hoffman, E.F. Jaeger,
ORNL.
4R 20 Measurement of the Toroidal Wavenumber of Fast Waves with Current
Drive Phasing.
H. Ikezi, R.I. Pinsker, S.C. Chiu, J.S. deGrassie,
General Atomics.
4R 21 The Effects of RF Sheaths on the Erosion of Faraday Shield Coatings.
J.B.O. Caughman, G.L. Bell, W.L. Gardner, D.J. Hoffman, ORNL.
4R 22 Sheath activity at Faraday Screens during ICH.
S. Riyopoulos and W.
Grossmann, SAIC.
4R 23 3D ICRF Antenna Modeling using ARGUS and Example Analysis of the
Proposed ITER Antenna.
Y.L. Ho, W. Grossmann, W. Krueger, SAIC-
McLean, VA; M.D. Carter, P.M. Ryan, D.B. Batchelor, ORNL, Oakridge,
TN, J.R. Myra, D.A. D'Ippolito, Lodestar Research, Boulder, CO.
4R 24 Faraday Shield Effects on ICRF Antenna Coupling in Tokamaks.
Mike
Bettenhausen and J.E. Scharer, University of Wisconsin-Madison.
4R 25 Determination of the Plasma Surface Impedance for Low Frequency
Current Drive.
D.C. Stallings, D.B. Batchelor, C.Y. Wang and M.D.
Carter, Oak Ridge National Laboratory, Oak Ridge, Tennessee 37831-
8058.
4R 26 Edge Power Dissipation and Cavity Q for ICRF Eigenmodes.
J.R. Myra
and D.A. D'Ippolito, Lodestar Research Corp., Boulder, CO.
4R 27 Power Deposition and Driven Current Profiles in Lower Hybrid Current
Drive Experiments on JET.
Y.F. Baranov, A. Ekedahl, P. Froissard,
C. Gormezano, M. Lennholm, F. Rimini, F.X. Soldner, JET Joint
Undertaking, Abingdon, Oxon U.K. OX14 3EA.
4R 28 LHCD Simulation for TdeV Experiments Using the TSC/LSC Code.
M.M.
Shoucri, I.P. Shkarofsky 1, D. Ignat 2, S. Jardin 2, R. Harvey 3, Y.
Demers 1, A. Cote, D. Michaud 1, C. Cote, and G. Abel, Centre
canadien de fusion magnetique, Varennes, Quebec, Canada, J3X1S1.
1=Also at MPB Technologies Inc., Pointe-Claire, Quebec, H9R1E9;
2=Princeton Plasma Physics Lab., Princeton, N.J., 08543; 3=General
Atomics, San Diego, CA 92186-9784.
4R 29 Pondermotive Effects in the Edge Plasma in the Waveguide Launch of
Slow Lower Hybrid Waves.
J. Preinhaelter, Institute of Plasma
Physics, Czech Rep.; L. Vahala, Old Dominion University; G. Vahala,
William & Mary.
4R 30 The Influence of the Fast Electron Confinement on the Slowing Down
of LHW.
I.A. Voitsekhovitch 1, and J.J. Martinell, Inst. Ciencias
Nucleares, National Univ. of Mexico, 04510 Mexico D.F., Mexico.
1=Kurchatov Institute, Moscow, Russia.
4R 31 ECRH Simulations on the FTU Tokamak.
A. Airoldi, IFP, CNR,
Associazione EURATOM-ENEA-CNR, Milano, Italy; G. Cenacchi, CRE,
ENEA, Bologna, Italy.
4R 32 Power Dependence of Electron Cyclotron Resonance Current Drive
Efficiency for Real T-10 Conditions.
A. Yu. Kuyanov, A.A.
Skovoroda 1, V. Stefan, and A.V. Timofeev 1, Tesla Laboratories,
Inc., La Jolla, CA; and A.V. Zvonkov, Kurchatov Institute, Moscow,
Russia. 1=Kurchatov Institute, Moscow, Russia.
4R 33 Temperature Dependence of Electron Cyclotron Heating and Current
Drive: Present Experiments to ITER.
R.W. Harvey, W.M. Nevins 1, G.R.
Smith 1, C.B. Forest, General Atomics. 1=Lawrence Livermore National
Laboratory.
4R 34 Electron Cyclotron Current Drive Consistent with Tokamak Transport.
G. Ramponi, E. Lazzaro, S. Nowak, IFP-CNR, Assoc. EURATOM-ENEA-CNR,
Milano, Italy; A. Figueiredo, CFN-IST, Lisboa, Portugal.
4I 1 Design and Modeling of Ignition Targets for the National Ignition
Facility.
S.W. Haan, Lawrence Livermore National Laboratory.
4I 2 The Role of Symmetry in Indirect Drive Laser Fusion.
A. Hauer, Los
Alamos National Laboratory.
4I 3 Indirectly Driven Implosion Experiments at Nova.
M. Cable, Lawrence
Livermore National Laboratory.
4I 4 Ion Driven ICF for High Gain and Energy Applications.
M.K. Matzen,
Sandia National Laboratories.