All Stories

  1. Benchmarking the global particle balance of DIV1D with SOLPS-ITER simulations on the Tokamak à Configuration Variable
  2. On the role of atomic momentum and molecules in self-consistent 1D scrape-off layer simulation of MAST-U, using DIV1D
  3. Multi-machine benchmark of the self-consistent 1D scrape-off layer model DIV1D from stagnation point to target with SOLPS-ITER
  4. Fast dynamic 1D simulation of divertor plasmas with neural PDE surrogates
  5. SOLPS-ITER simulations of a vapour box design for the linear device Magnum-PSI
  6. Coupled simulations with SOLPS-ITER and B2.5-Eunomia for detachment experiments in Magnum-PSI
  7. Quantifying electron cyclotron power deposition broadening in DIII-D and the potential consequences for the ITER EC system
  8. Benchmark of a self-consistent dynamic 1D divertor model DIV1D using the 2D SOLPS-ITER code
  9. B2.5-Eunomia simulations of Magnum-PSI detachment experiments: I. Quantitative comparisons with experimental measurements
  10. Topology of the warm plasma dispersion relation at the second harmonic electron cyclotron resonance layer
  11. Separation of transport in slow and fast time-scales using modulated heat pulse experiments (hysteresis in flux explained)
  12. Early evolution of electron cyclotron driven current during suppression of tearing modes in a circular tokamak
  13. Molecular dynamics simulations of ballistic He penetration into W fuzz
  14. Numerical and experimental study of the redistribution of energetic and impurity ions by sawteeth in ASDEX Upgrade
  15. A model-based, multichannel, real-time capable sawtooth crash detector
  16. New insights into the generalized Rutherford equation for nonlinear neoclassical tearing mode growth from 2D reduced MHD simulations
  17. Closure of the single fluid magnetohydrodynamic equations in presence of electron cyclotron current drive
  18. Closure of the single fluid magnetohydrodynamic equations in presence of electron cyclotron current drive
  19. Redistribution of fast ions during sawtooth reconnection
  20. Corrigendum: The European Integrated Tokamak Modelling (ITM) effort: achievements and first physics results (2014Nucl. Fusion54 043018)
  21. Non-linear effects in electron cyclotron current drive applied for the stabilization of neoclassical tearing modes
  22. The European Integrated Tokamak Modelling (ITM) effort: achievements and first physics results
  23. Experimental characterization of anomalous strong scattering of mm-waves in TEXTOR plasmas with rotating islands
  24. Summary of EC-17: the 17th Joint Workshop on Electron Cyclotron Emission and Electron Cyclotron Resonance Heating (Deurne, The Netherlands, 7–10 May 2012)
  25. Evaluating neoclassical tearing mode detection with ECE for control on ITER
  26. Coupling the beam tracing code TORBEAM and the Fokker-Planck solver RELAX for fast electrons
  27. Modification of the collective Thomson scattering radiometer in the search for parametric decay on TEXTOR
  28. Consequences of plasma rotation for neoclassical tearing mode suppression by electron cyclotron current drive
  29. Integrated modelling of island growth, stabilization and mode locking: consequences for NTM control on ITER
  30. Robust sawtooth period control based on adaptive online optimization
  31. Sawtooth period control strategies and designs for improved performance
  32. Systematic design and simulation of a tearing mode suppression feedback control system for the TEXTOR tokamak
  33. Nonlinear control for stabilization of small neoclassical tearing modes in ITER
  34. Electron Cyclotron Waves
  35. Non-Inductive Current Drive
  36. A new mechanism for sawtooth period control
  37. Benchmarking of electron cyclotron heating and current drive codes on ITER scenarios within the European Integrated Tokamak Modelling framework
  38. Commissioning of inline ECE system within waveguide based ECRH transmission systems on ASDEX upgrade
  39. Dynamical modelling of neoclassical tearing mode suppression by ECCD
  40. ECE for NTM control on ITER
  41. Preface
  42. Summary of papers presented in the Theory and Modelling session
  43. Toward 3D MHD modeling of neoclassical tearing mode suppression by ECCD
  44. Wave Beam Propagation Through Density Fluctuations
  45. Numerical demonstration of injection locking of the sawtooth period by means of modulated EC current drive
  46. Control of sawteeth and neo-classical tearing modes in tokamaks using electron cyclotron waves
  47. Comparison of measured and simulated fast ion velocity distributions in the TEXTOR tokamak
  48. Requirements on localized current drive for the suppression of neoclassical tearing modes
  49. Systematic design of a sawtooth period feedback controller using a Kadomtsev–Porcelli sawtooth model
  50. Intermediate frequency band digitized high dynamic range radiometer system for plasma diagnostics and real-time Tokamak control
  51. Comment on ‘The role of the RF induced electric field in the current drive by EC waves in the presence of magnetic islands’
  52. Dynamics of fast ions during sawtooth oscillations in the TEXTOR tokamak measured by collective Thomson scattering
  53. Modelling of tearing mode suppression experiments in TEXTOR based on the generalized Rutherford equation
  54. The role of asymmetries in the growth and suppression of neoclassical tearing modes
  55. ECCD requirements for the NTM suppression
  56. The influence of the edge density fluctuations on electron cyclotron wave beam propagation in tokamaks
  57. ECCD calculations in ITER by means of the quasi-optical code
  58. Real-time control of tearing modes using a line-of-sight electron cyclotron emission diagnostic
  59. Utilization of collinear ECE detection/ECRH heating for active stabilization of plasma instabilities
  60. Fast-ion redistribution due to sawtooth crash in the TEXTOR tokamak measured by collective Thomson scattering
  61. On the merits of heating and current drive for tearing mode stabilization
  62. Electron Cyclotron Waves
  63. Non-Inductive Current Drive
  64. Control oriented modeling and simulation of the sawtooth instability in nuclear fusion tokamak plasmas
  65. Development and testing of a fast Fourier transform high dynamic-range spectral diagnostics for millimeter wave characterization
  66. Strong Scattering of High Power Millimeter Waves in Tokamak Plasmas with Tearing Modes
  67. ECE system on ASDEX-upgrade placed inline at the high power waveguide based transmission system
  68. Fast fourier transform based diagnostics for spectral characterization of millimeter waves in tokamaks
  69. Consequences of finite transport on the effectiveness of ECCD for neoclassical tearing mode stabilization in ITER
  70. A closed-loop control system for stabilization of MHD events on TEXTOR
  71. On the merits of heating and current drive for tearing mode stabilization
  72. The effect of the radial diffusion on the effectiveness of ECCD for neoclassical tearing mode stabilization in ITER
  73. Heat pulse propagation studies around magnetic islands induced by the Dynamic Ergodic Divertor in TEXTOR
  74. ECRH power deposition from a quasi-optical point of view
  75. Electron Cyclotron Waves
  76. Temporal evolution of confined fast-ion velocity distributions measured by collective Thomson scattering in TEXTOR
  77. Benchmarking of codes for electron cyclotron heating and electron cyclotron current drive under ITER conditions
  78. A line-of-sight electron cyclotron emission receiver for electron cyclotron resonance heating feedback control of tearing modes
  79. Fast-ion dynamics in the TEXTOR tokamak measured by collective Thomson scattering
  80. Design of a feedback system to stabilise instabilities by ECRH using a combined ECW launcher and ECE receiver
  81. Design of the remote-steering ITER ECRH upper-port launcher
  82. Resonance broadening as a consequence of strong focussing of electron cyclotron wave beams
  83. Chapter 3: MHD stability, operational limits and disruptions
  84. A new approach for diagnostics of dense magnetoactive plasmas using the effect of parametrically induced transparency
  85. Fokker-Planck modeling of current penetration during electron cyclotron current drive
  86. Effect of Heating on the Suppression of Tearing Modes in Tokamaks
  87. Tearing mode stabilization by electron cyclotron resonance heating demonstrated in the TEXTOR tokamak and the implication for ITER
  88. Modification of Sawtooth Oscillations with ICRF Waves in the JET Tokamak
  89. Fast-Ion Dynamics in the TEXTOR Tokamak Measured by Collective Thomson Scattering
  90. Tearing mode physics studies applying the dynamic ergodic divertor on TEXTOR
  91. Current fast ion collective Thomson scattering diagnostics at TEXTOR and ASDEX Upgrade, and ITER plans (invited)
  92. Frequency measurements of the gyrotrons used for collective Thomson scattering diagnostics at TEXTOR and ASDEX Upgrade
  93. On ion cyclotron current drive for sawtooth control
  94. Design of the Remote-Steering ITER ECRH Upper-Port Launcher
  95. Overview of Experiments with the Dynamic Ergodic Divertor on TEXTOR
  96. Dependence of the threshold for perturbation field generatedm/n= 2/1 tearing modes on the plasma fluid rotation
  97. Transportation of radiation through opaque magnetoactive plasmas by the means of parametrically induced transparency
  98. Electron Cyclotron Waves
  99. Effect of the dynamic ergodic divertor in the TEXTOR tokamak on MHD stability, plasma rotation and transport
  100. Sawtooth control in fusion plasmas
  101. Development of the 140GHz gyrotron and its subsystems for ECH and ECCD in TEXTOR
  102. Integrated modelling of the current profile in steady-state and hybrid ITER scenarios
  103. Observation of the palm tree mode, a new MHD mode excited by type-I ELMs on JET
  104. Toroidal Plasma Rotation Induced by the Dynamic Ergodic Divertor in the TEXTOR Tokamak
  105. The dynamic ergodic divertor in the TEXTOR tokamak: plasma response to dynamic helical magnetic field perturbations
  106. Fast ion millimeter wave collective Thomson scattering diagnostics on TEXTOR and ASDEX upgrades
  107. Reduced core transport in T-10 and TEXTOR discharges at rational surfaces with low magnetic shear
  108. Destabilization of Fast-Ion-Induced Long Sawteeth by Localized Current Drive in the JET Tokamak
  109. Confinement and transport in EC heated RI-mode discharges in TEXTOR
  110. Overview of JET results
  111. Overview of ASDEX Upgrade results
  112. Electron cyclotron resonance heating on TEXTOR
  113. Wave power balance in resonant dissipative media with spatial and temporal dispersion
  114. The ECW installation at the TEXTOR tokamak
  115. Spectral properties of decaying turbulence in electron magnetohydrodynamics
  116. Control of sawteeth and triggering of NTMs with ion cyclotron resonance frequency waves in JET
  117. Analysis of ion cyclotron heating and current drive at $\omega$$\approx$2$\omega$cH for sawtooth control in JET plasmas*
  118. Control of Neoclassical Tearing Modes by Sawtooth Control
  119. Response to “Comment on ‘Electron vortices in magnetized plasmas”’ [Phys. Plasmas8, 5061 (2001)]
  120. Electron vortex generation by strong, localized plasma heating
  121. Electron vortices in magnetized plasmas
  122. Erratum to “Further analysis of the electron cyclotron current drive experiments on RTP”
  123. Further analysis of the electron cyclotron current drive experiments on RTP
  124. Ray-tracing through EC resonance and the wave energy flux
  125. On the energy flux of stationary electromagnetic waves in anisotropic dissipative media with spatial dispersion
  126. Wave power flux and ray-tracing in regions of resonant absorption
  127. Chapter 6: Plasma auxiliary heating and current drive
  128. Current-vortex filaments in magnetized plasmas
  129. Current-vortex filament model of nonlinear Alfvén perturbations in a finite-pressure plasma
  130. Comparison of ECE spectra as observed from the high- and low-field side
  131. Electron magnetohydrodynamics of magnetized, inhomogeneous plasma
  132. Electron thermal transport in RTP: filaments, barriers and bifurcations
  133. Role of core losses in drift-vortex interactions
  134. Wave propagation through an electron cyclotron resonance layer
  135. Comments on ‘‘Analysis of electron cyclotron current drive using neoclassical Fokker–Planck code without bounce‐average approximation’’ [Phys. Plasmas 2, 4570 (1995)]
  136. A model for bootstrap current calculations with bounce averaged Fokker-Planck codes
  137. Impact of radial transport on the quasilinear plateau formation due to electron cyclotron wave absorption
  138. Asymmetric wave transmission during electron cyclotron resonant heating
  139. Measurements of soft X-ray spectra in ECR-heated tokamak plasmas and a comparison with Fokker-Planck simulations
  140. Controlled fusion and plasma heating (Report on the 17th European Conference, Amsterdam, The Netherlands, 25–29 June 1990)
  141. Tearing mode stabilization by local current density perturbations
  142. Observations of sawtooth postcursor oscillations in JET and their bearing on the nature of the sawtooth collapse
  143. Fundamental harmonic electron cyclotron emission for hot, loss-cone type distributions
  144. Transport code studies of m=2 mode control by local electron cyclotron heating in TFR
  145. The electron cyclotron resonance experiment on TFR
  146. Sawteeth, transport and electron cyclotron heating in T-10
  147. Requirements on heating or current drive for tearing mode stabilization by current profile tailoring
  148. Electron cyclotron absorption and emission in the presence of a small population of streaming electrons