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No. | Name | title | ||||||||||||||||
I 1.1 | T. S. Pedersen | First physics results from W7-X | ||||||||||||||||
I 1.2 | K. Ida | Overview of LHD results - Interaction between Transport, MHD, and energetic-particle | ||||||||||||||||
I 1.3 | A. Loarte | Challenges of 3-D Physics in ITER | ||||||||||||||||
I 2.1 | J. Geiger | Plasma equilibrium and core confinement on W7-X with an island divertor | ||||||||||||||||
I 2.2 | Y. Suzuki | Plasma equilibrium and core confinement on LHD with different magnetic configurations | ||||||||||||||||
I 2.3 | H. Patten | Interplay between 3D magnetic topology and fast particle confinement and losses | ||||||||||||||||
I 2.4 | T. Estrada | Interplay between turbulence, flow and magnetic islands in TJ-II | ||||||||||||||||
I 2.5 | O. Schmitz | Heat and particle exhaust in tokamaks with RMP and application for ITER | ||||||||||||||||
I 3.1 | E. Strumberger | Linear stability analysis of 3D equilibria with the CASTOR3D code | ||||||||||||||||
I 3.2 | V. Igochine | MHD limits and plasma response in high beta hybrid operations in ASDEX Upgrade | ||||||||||||||||
I 3.3 | A. Kirk | The route to ELM suppression on ASDEX Upgrade | ||||||||||||||||
I 3.4 | Y. W. Sun | Overview of RMP ELM control experiment on EAST | ||||||||||||||||
I 3.5 | E. Kaveeva | Theory and modeling of the impact of stochastization on pedestal plasma and edge transport in tokamak during ELMs and external RMPs | ||||||||||||||||
I 3.6 | K. Toi | Characteristics and Control of Edge Localized Modes in LHD | ||||||||||||||||
I 4.1 | G. Spizzo | On transport in edge islands | ||||||||||||||||
I 4.2 | S. Brezinsek | Edge transport and plasma-wall interaction on W7-X | ||||||||||||||||
I 4.3 | M. Kobayashi | Edge transport and plasma-wall interactions on LHD | ||||||||||||||||
I 4.4 | T. Lunt | Influence of RMPs on the edge transport in the ASDEX Upgrade Tokamak | ||||||||||||||||
I 4.5 | M. Bécoulet | Non-linear MHD modelling of 3D magnetic fields in ITER with rotating plasma response | ||||||||||||||||
I 5.1 | P. Martin | Summary of impact of 3D filed on hot plasmas | ||||||||||||||||
O 2.1 | P. Drews | Topology effects on the edge heat and particle transport in the limiter plasma on W7-X | ||||||||||||||||
O 2.2 | A. Krämer-Flecken | Investigation of turbulence properties in limiter plasmas at W7-X and TEXTOR with Poloidal Correlation Reflectometry | ||||||||||||||||
O 2.3 | L. Zeng | Influence of external magnetic perturbations on RE losses in the EAST ultralow-density plasmas | ||||||||||||||||
O 3.1 | G. Y. Park | Overview of recent experimental and modeling results of RMP-driven ELM-crash-suppression in KSTAR tokamak | ||||||||||||||||
O 3.2 | A. Kleiner | Ideal saturated 3D external kink structures in quiescent H mode plasmas | ||||||||||||||||
O 3.3 | T. Markovic | Plasma response to n=2 HFS RMP fields on COMPASS and assessment of the effects on core and pedestal transport | ||||||||||||||||
O 4.1 | L. Wang | Progress on 3D Divertor Particle and Heat Flux Control with LHW/RMP and Impurity Seeding in EAST | ||||||||||||||||
O 4.2 | D. Meshcheriakov | Non-linear interaction of RMPs with MHD modes as seen by two fluid MHD simulations | ||||||||||||||||
O 4.3 | L. Li | Effect of large magnetic island on screening of external magnetic perturbation fields at slow plasma flow | ||||||||||||||||
P1 | M. Raghunathan | Tungsten heavy-impurity behaviour in JET-like hybrid scenarios with toroidal flow | ||||||||||||||||
P10 | J. Cosfeld | EMC3-EIRENE as complementary "numerical" diagnostic on Wendelstein 7-X | ||||||||||||||||
P11 | J. Faustin | Application of a 5-1/2-D model for the ICRF resonance heating in stellarator plasmas. | ||||||||||||||||
P12 | H. Niemann | Power loads and power decay lengths in the limiter phase of Wendelstein 7-X | ||||||||||||||||
P13 | V. Perseo | Coherence Imaging Spectroscopy Systems on Wendelstein 7-X for studies of island divertor plasma behavior | ||||||||||||||||
P14 | F. Orain | Interplay between ELMs and resonant magnetic perturbations in ASDEX Upgrade | ||||||||||||||||
P15 | G. Suárez | Investigation
of the coupling properties of the Ion Cyclotron Fast Wave under applied
Magnetic Perturbations and MHD Phenomena in ASDEX Upgrade. |
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P16 | Z. Y. Chen | Suppression of runaway electrons during disruptions by the formation of magnetic islands on J-TEXT | ||||||||||||||||
P17 | Z. H. Jiang | The relationship between the orbit loss rate of runaway electrons and the development of magnetic topology stochastic process during disruption | ||||||||||||||||
P18 | W. Yan | Response of plasma rotation to resonant magnetic perturbations in J-TEXT tokamak | ||||||||||||||||
P19 | N. C. Wang | Study of Magnetic Response to non-axisymmetric Magnetic Perturbation in H-mode plasma in ASDEX Upgrade | ||||||||||||||||
P2 | M. Rack | Heat load re-distribution caused by manipulators on Wendelstein 7-X | ||||||||||||||||
P20 | B. Rao | Forced oscillation and unlocking of the locked mode by the application of a rotating RMP in J-TEXT | ||||||||||||||||
P21 | Z. Huang | Non monotonic dependence of the 2/1 RMP field penetration threshold on density in J-TEXT | ||||||||||||||||
P22 | C. Li | Laser-Induced Breakdown Spectroscopy for W7-X Limiter Analysis in OP1.1 | ||||||||||||||||
P23 | M. Henkel | Development
of a multi-channel retarding field analyzer for the SOL physics on EAST and W7-X |
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P3 | L. Kripner | Methods for reduction of time-averaged power fluxes in presence of RMP field in ITER | ||||||||||||||||
P4 | Y. L. Wei | Impact of non-axisymmetric magnetic perturbation fields on plasma density in the JET tokamak | ||||||||||||||||
P5 | S. Sereda | Development of filter-camera system for impurity transport studies in the island divertor region of Wendelstein 7-X | ||||||||||||||||
P6 | M. Peterka | Strike point splitting induced by HFS and LFS magnetic perturbations on the COMPASS tokamak | ||||||||||||||||
P7 | P. Sinha | Numerical studies of the scrape-off layer connection length in Wendelstein 7-X (W7-X) | ||||||||||||||||
P8 | S. C. Liu | 3D effect of topology on SOL turbulence characteristics in the first experimental campaign on W7-X | ||||||||||||||||
P9 | W. Zholobenko | Impact of different atomic data on helium beam emission spectroscopy | ||||||||||||||||