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Index of Papers

AKMS
(AKMS) The legacy of

CD1/1
(CD1/1) Heating and Non-inductive
CD1/2
(CD1/2) Reactor Relevant ICRF
CD1/3 (R)
(CDP/07) Electron Cyclotron Heating | (CDP/08) Progress in EC
CD1/4
(CD1/4) LHCD Current Profile
CD1/5
(CD1/5) Plasma Heating and
CD2/EX9/1
(CD2/EX9/1) Plasma Control Issues
CD2/EX9/2
(CD2/EX9/2) Long Sustainment of
CD2/EX9/3
(CD2/EX9/3) Progress Towards Sustainment
CD2/EX9/4 (R)
(EXP1/05) High Performance with | (EXP1/06) Towards Steady-State Tokamak
CD2/EX9/5
(CD2/EX9/5) Current Profile Modification
CDP/02
(CDP/02) High Power RF
CDP/03
(CDP/03) Core and Edge
CDP/04
(CDP/04) High Density Lower
CDP/05
(CDP/05) ECRH and ECCD
CDP/06
(CDP/06) Sawtooth control by
CDP/07
(CDP/07) Electron Cyclotron Heating
CDP/08
(CDP/08) Progress in EC
CDP/09
(CDP/09) ICRF Heating and
CDP/11
(CDP/11) Comparing High Power
CDP/12
(CDP/12) High Frequency Fast
CDP/13
(CDP/13) Mode-Converted Electron Bernstein
CDP/14
(CDP/14) Modelling of Advanced
CDP/15
(CDP/15) Quasi-steady State High
CDP/16
(CDP/16) Structure and Parameters

EX1/1
(EX1/1) Alpha Particle Studies
EX1/2
(EX1/2) High Performance Experiments
EX1/3
(EX1/3) Overview of RI-Mode
EX1/4
(EX1/4) H-Mode Regimes and
EX2/1
(EX2/1) Investigation of Equilibrium,
EX2/3
(EX2/3) Plasma Confinement Studies
EX2/4
(EX2/4) First plasmas in
EX2/5
(EX2/5) Profile Control and
EX3/1 (R)
(EXP4/05) Divertor Charactersitics and | (EXP4/06) Heat and Particle
EX3/2
(EX3/2) Energy and Particle
EX3/3
(EX3/3) Detached Divertor Plasmas
EX3/5
(EX3/5) Confinement Degradation of
EX3/6
(EX3/6) Operational Limits of
EX3/7
(EX3/7) Characteristics of Various
EX4/1 (R)
(ICP/01) Exploration of Spherical | (ICP/02) Globus-M Experiment at | (ICP/03) Spherical Tokamak without | (ICP/04) Sustained Spheromak Physics | (ICP/05) A Paramagnetic Nearly
EX4/2 (R)
(ICP/06) Physics Issues in | (ICP/07) Design Studies of | (ICP/09) Plasma Confinement in | (ICP/11) Fast Heating of | (ICP/12) An Accelerated Beam-Plasma
EX4/3
(EX4/3) Recent Progress in
EX4/4
(EX4/4) Reversed Field Pinch
EX4/5
(EX4/5) Confinement in the
EX4/6
(EX4/6) Plasma Confinement in
EX5/3 (R)
(EXP1/13) Poloidal Rotation and | (EXP1/14) Unifying Role of
EX5/4
(EX5/4) Reduced Transport and
EX5/5
(EX5/5) Behavior of Electron
EX5/6
(EX5/6) A Comparative Study
EX6/1
(EX6/1) Transport in JET
EX6/2
(EX6/2) Scaling of H-Mode
EX6/4
(EX6/4) Recent Results from
EX6/5
(EX6/5) Steady-State Exhaust of
EX6/6
(EX6/6) Radiative Divertor and
EX7/1
(EX7/1) H-Mode Power Threshold
EX7/2 (R)
(EXP2/02) Experimental Tests of | (EXP2/03) Dimensionally Similar Studies
EX7/5
(EX7/5) Experimental Investigation of
EX8/1
(EX8/1) Effects of Plasma
EX8/2
(EX8/2) MHD Phenomena at
EX8/3
(EX8/3) Energy Confinement and
EX8/4
(EX8/4) Localized MHD Activity
EX8/5
(EX8/5) Error Field Mode
EX8/6
(EX8/6) Alfvén eigenmodes and
EXP1/01
(EXP1/01) Impurity Transport Studies
EXP1/02
(EXP1/02) H$\alpha $ Line Shape
EXP1/03
(EXP1/03) Pellet injection experiments
EXP1/04
(EXP1/04) High Time-Resolved Measurements
EXP1/05
(EXP1/05) High Performance with
EXP1/06
(EXP1/06) Towards Steady-State Tokamak
EXP1/07
(EXP1/07) Trace Tritium Transport
EXP1/08
(EXP1/08) DT Fusion Power
EXP1/09
(EXP1/09) Internal Transport Barrier
EXP1/10
(EXP1/10) Recent Results of
EXP1/11
(EXP1/11) Confinement, Fluctuations, and
EXP1/12
(EXP1/12) Advanced Tokamak Operation
EXP1/13
(EXP1/13) Poloidal Rotation and
EXP1/14
(EXP1/14) Unifying Role of
EXP1/15
(EXP1/15) Observation of Neoclassical
EXP1/17
(EXP1/17) Particle Confinement and
EXP1/19
(EXP1/19) Global MHD Modes
EXP1/20
(EXP1/20) On the Interplay
EXP2/01
(EXP2/01) Energy Transport Analysis
EXP2/02
(EXP2/02) Experimental Tests of
EXP2/03
(EXP2/03) Dimensionally Similar Studies
EXP2/04
(EXP2/04) Improved Confinement, High-$\beta $
EXP2/06
(EXP2/06) H-mode and Confinement
EXP2/07
(EXP2/07) Density Limit Investigations
EXP2/08
(EXP2/08) Experimental Tests of
EXP2/09
(EXP2/09) Comprehensive Energy Transport
EXP2/10
(EXP2/10) Investigation of Density
EXP2/11
(EXP2/11) Comparison of L-H
EXP2/12
(EXP2/12) Highly Radiative Plasmas
EXP2/13
(EXP2/13) Investigation of Dimensionless
EXP2/14
(EXP2/14) Potential Turbulence in
EXP2/15
(EXP2/15) Comparative Studies of
EXP2/17
(EXP2/17) Confinement Studies during
EXP3/01
(EXP3/01) MHD Studies in
EXP3/03
(EXP3/03) Observation of Neo-Classical
EXP3/04
(EXP3/04) Some Features of
EXP3/05
(EXP3/05) Studies of the
EXP3/06
(EXP3/06) Forecast of TEXT
EXP3/07
(EXP3/07) The Production and
EXP3/08
(EXP3/08) Alfvén Instabilities during
EXP3/09
(EXP3/09) Suppression of Magnetic
EXP3/10
(EXP3/10) Observation and Control
EXP3/11
(EXP3/11) Characteristics of Halo
EXP3/12
(EXP3/12) Tokamak Discharge Test
EXP3/13
(EXP3/13) Studies on Magnetic
EXP3/14
(EXP3/14) Plasma-Wall Interactions in
EXP3/15
(EXP3/15) Particle and Energy
EXP3/17
(EXP3/17) Experiments on High-$\beta $
EXP3/18
(EXP3/18) Theoretical and Experimental
EXP3/19
(EXP3/19) Locked Modes and
EXP3/20
(EXP3/20) Collisional Transport in
EXP4/02
(EXP4/02) Flux Dependence and
EXP4/03
(EXP4/03) Impurity Control Studies
EXP4/04
(EXP4/04) Heat Flux Exhaust
EXP4/05
(EXP4/05) Divertor Charactersitics and
EXP4/06
(EXP4/06) Heat and Particle
EXP4/07
(EXP4/07) Confinement Characteristics of
EXP4/08
(EXP4/08) Characteristics of Hot
EXP4/10
(EXP4/10) Helicty Injection Current
EXP4/11
(EXP4/11) Divertor RFP Experiment
EXP4/13
(EXP4/13) Control of RFP
EXP4/14
(EXP4/14) Axial compression of
EXP4/15
(EXP4/15) High-Power Initial Heating

FT1/2 (R)
(FTP/04) Science and Technology | (FTP/05) Fusion Technology Applications | (FTP/06) A low aspect
FT1/3 (R)
(FTP/01) Power Balance in | (FTP/02) Coil System of
FT1/4 (R)
(FTP/24) Development of 1
FT1/5
(FT1/5) European Contributions to
FT2/1
(FT2/1) Progress Summary of
FT2/2
(FT2/2) Development of Key
FT2/3
(FT2/3) Anisotropic Radiation Damage
FT2/4
(FT2/4) Suitability and Feasibility
FT2/5
(FT2/5) Progress in the
FT2/6
(FT2/6) Study on Dynamic
FTP/01
(FTP/01) Power Balance in
FTP/02
(FTP/02) Coil System of
FTP/04
(FTP/04) Science and Technology
FTP/05
(FTP/05) Fusion Technology Applications
FTP/06
(FTP/06) A low aspect
FTP/07
(FTP/07) Potential of Incineration
FTP/08
(FTP/08) The ARIES-ST Study:
FTP/09
(FTP/09) Design of Tokamak
FTP/10
(FTP/10) Feasibility Study for
FTP/12
(FTP/12) Design Optimization of
FTP/13
(FTP/13) Advanced Tokamak Burning
FTP/14
(FTP/14) Recent Results Relevant
FTP/15
(FTP/15) The Aspect Ratio
FTP/16
(FTP/16) Design Activities of
FTP/18
(FTP/18) Design Windows of
FTP/21
(FTP/21) Steady State Heating
FTP/22
(FTP/22) Advanced ICH Antenna
FTP/24
(FTP/24) Development of 1
FTP/26
(FTP/26) Conceptual Design of
FTP/27
(FTP/27) Design, Calculation and
FTP/28
(FTP/28) 3-D Electromagnetic Transient
FTP/34
(FTP/34) Hydrogen Isotope Inventories
FTP/37
(FTP/37) Present Status of
FTP/40
(FTP/40) Evaluation of $\rm CO_2$
FTP/41
(FTP/41) A Survey on

ICP/01
(ICP/01) Exploration of Spherical
ICP/02
(ICP/02) Globus-M Experiment at
ICP/03
(ICP/03) Spherical Tokamak without
ICP/04
(ICP/04) Sustained Spheromak Physics
ICP/05
(ICP/05) A Paramagnetic Nearly
ICP/06
(ICP/06) Physics Issues in
ICP/07
(ICP/07) Design Studies of
ICP/09
(ICP/09) Plasma Confinement in
ICP/11
(ICP/11) Fast Heating of
ICP/12
(ICP/12) An Accelerated Beam-Plasma
IF/3
(IF/3) Inertial Confinement Fusion
IF/5
(IF/5) Progress in Fast
IFP/03
(IFP/03) Laser Beam Smoothing
IFP/05
(IFP/05) Experimental Program to
IFP/12
(IFP/12) Integrated Code Development
IFP/13
(IFP/13) A Distributed Radiator,
IFP/14
(IFP/14) Generating High-Brightness Light
IFP/16
(IFP/16) Cryogenic Deuterium Z-Pinch
IFP/17
(IFP/17) Filamentation and Networking
ITER/1
(ITER/1) ITER Physics Basis
ITER/2
(ITER/2) ITER In-Vessel System
ITER/3
(ITER/3) Operation and Control
ITER/4
(ITER/4) The Integrated Design
ITER/5
(ITER/5) Remote Handling Maintenance
ITER/6
(ITER/6) International Thermonuclear Experimental
ITERP1/07
(ITERP1/07) Latest Results from
ITERP1/08
(ITERP1/08) Tests of 1-D
ITERP1/09
(ITERP1/09) Assessment and Modeling
ITERP1/10
(ITERP1/10) Energetic Particles and
ITERP1/11
(ITERP1/11) Neoclassical Islands, $\beta $-Limits,
ITERP1/12
(ITERP1/12) Edge Database Analysis
ITERP1/13
(ITERP1/13) 2D Modelling and
ITERP1/14
(ITERP1/14) Characterization of Disruption
ITERP1/15
(ITERP1/15) Integration of Diagnostics
ITERP1/16
(ITERP1/16) Progress in RF
ITERP1/17
(ITERP1/17) ITER Neutral Beam
ITERP1/18
(ITERP1/18) Nuclear Analysis for
ITERP1/20
(ITERP1/20) Beryllium Interaction with
ITERP1/21
(ITERP1/21) ITER Central Solenoid
ITERP1/23
(ITERP1/23) The ITER Toroidal
ITERP1/24
(ITERP1/24) Integration Test of
ITERP1/25
(ITERP1/25) Progress and Achievements
ITERP1/26
(ITERP1/26) The ITER Divertor
ITERP1/28
(ITERP1/28) The Divertor Remote
ITERP2/04
(ITERP2/04) The Development of
ITERP2/05
(ITERP2/05) Development of Tritium
ITERP2/06
(ITERP2/06) Improvement of Tritium
ITERP2/07
(ITERP2/07) Summarized Results of
ITERP2/08
(ITERP2/08) Test Facility TIMO
ITERP2/09
(ITERP2/09) Thermal-Hydraulic Characteristics during
ITERP2/10
(ITERP2/10) Direct Measurement of

OV1/1
(OV1/1) JT-60U High Performance
OV1/2
(OV1/2) Physics of High
OV1/3
(OV1/3) Results from the
OV1/4
(OV1/4) Overview of the
OV2/1
(OV2/1) Overview of Recent
OV2/2
(OV2/2) Towards high-power long-pulse
OV2/3
(OV2/3) Recent Progresses on
OV2/4
(OV2/4) Overview on W7-AS
OV2/5
(OV2/5) The Spherical Tokamak
OV3/1
(OV3/1) Recent Advances in
OV3/3
(OV3/3) Recent Advances in
OV3/4
(OV3/4) Z-pinch Driven Inertial
OV4/1
(OV4/1) ITER Overview
OV4/2
(OV4/2) Energetic Particle Transport
OV4/3
(OV4/3) Overview of ASDEX
OV4/4
(OV4/4) Overview of the
OV4/5
(OV4/5) Confinement Physics Study

PDP/01
(PDP/01) Fast Potential Changes
PDP/02
(PDP/02) Current Drive Experiments
PDP/03
(PDP/03) Core Density Fluctuations

S/2
(S/2) Non-Tokamak Experiments
S/3
(S/3) Theory Summary
S/5
(S/5) ITER EDA and

TH1/1
(TH1/1) Simulation of Ion-Temperature-Gradient
TH1/3
(TH1/3) Flux Driven Turbulence
TH1/5
(TH1/5) Self-Consistent Computation of
TH1/6
(TH1/6) Formation and Collapse
TH1/7 (R)
(THP2/01) The L-H Transition | (THP2/02) Electromagnetic $\eta _i$ mode
TH2/1
(TH2/1) 5D Simulation Study
TH2/2 (R)
(THP1/03) Ideal and Resistive | (THP1/04) Internal Disruptions in
TH2/3
(TH2/3) High and Low
TH2/4
(TH2/4) Collective Phenomena with
TH2/5
(TH2/5) Control of Neoclassical
TH3/1
(TH3/1) Dynamics of Zonal
TH3/2
(TH3/2) Influence of the
TH3/3
(TH3/3) Nonlinear Simulations of
TH3/4
(TH3/4) 3D MHD Simulations
TH3/5
(TH3/5) Boundary Plasma Control
TH3/7
(TH3/7) Theory for Angular
THP1/03
(THP1/03) Ideal and Resistive
THP1/04
(THP1/04) Internal Disruptions in
THP1/05
(THP1/05) Dimensionless Energy Confinement
THP1/06
(THP1/06) Optimisation of Stellarator
THP1/07
(THP1/07) MHD Stability Calculations
THP1/09
(THP1/09) Optimization Study of
THP1/10
(THP1/10) Theoretical Studies on
THP1/13
(THP1/13) The ``Positive'' Magnetic
THP1/15
(THP1/15) Influence of External
THP1/16
(THP1/16) Two-Point Boundary Value
THP2/01
(THP2/01) The L-H Transition
THP2/02
(THP2/02) Electromagnetic $\eta _i$ mode
THP2/03
(THP2/03) Turbulence Studies in
THP2/04
(THP2/04) Edge and Coupled
THP2/05
(THP2/05) Test of the
THP2/06
(THP2/06) Nonlinear Full Torus
THP2/07
(THP2/07) Long-Range Correlations and
THP2/09
(THP2/09) Resistive edge modes,
THP2/10
(THP2/10) Impact of Edge
THP2/11
(THP2/11) Time-Dependent One Dimensional
THP2/13
(THP2/13) Theory of Enhanced
THP2/14
(THP2/14) Evolution of Thermal
THP2/15
(THP2/15) Interpretation of Transport
THP2/17
(THP2/17) Verification of Canonical
THP2/18
(THP2/18) Predictive Simulations of
THP2/19
(THP2/19) Improving the Theoretical
THP2/21
(THP2/21) Linear and Nonlinear
THP2/22
(THP2/22) Kinetic-Magnetohydrodynamic Simulation Study
THP2/23
(THP2/23) Global Alfvén Eigenmodes
THP2/24
(THP2/24) Stability Analysis of
THP2/25
(THP2/25) Behavior of MeV
THP2/26
(THP2/26) Simulation Study on
THP2/27
(THP2/27) Modelling of Ripple
THP2/28
(THP2/28) Numerical and Theoretical
THP2/29
(THP2/29) Intrinsically Steady-State Tokamaks
THP2/30
(THP2/30) Effect of Rotation
THP2/31
(THP2/31) Improvement of MHD
THP2/32
(THP2/32) Flow Shear Stabilization
THP2/33
(THP2/33) Instability Threshold of
THP2/34
(THP2/34) Generation of Plasma
THP2/35
(THP2/35) Effect of the
THP2/36
(THP2/36) Self-Consistent Calculations of
THP2/37
(THP2/37) Self-Consistent Quasilinear Fokker-Planck
THP2/38
(THP2/38) Fast Responses in

IAEA 1999