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Then, in order to take into account reeveille non-ideality of the winding, a generalized expression, formally analogue to the classical one, is presented. In this situation, collision scattering loss of fast ions with higher density will occur and change the confinement time, power balance and particle balance.

The charged particles are accelerated in the parallel direction with respect to the magnetic field B T by two electric fields: To take into account these effects in the stability analysis self-consistently, the procedure of JET equilibrium reconstruction was updated to include the profiles of ion temperature and toroidal rotation, which are determined based on the measurement data in experiments.

The key result of this study is that the computationally much less intensive ion orbit approximation can be used with confidence in monoblock shaping design studies, thus validating the approach used in Gunn et al Nucl. Fully non-inductive plasma maintenance was achieved by a microwave of 8.

The ionization rate varies with increasing electron density as different mechanisms become important. In order to characterize magnetic braking in the various 3D field configurations, dedicated experiments have been carried out in KSTAR, applying a variety of static3D fields of different phasing of0, and.

In addition, the field line tracing feature of the W7-X webservices was used to calculate the connection length along the path of the probe, for each configuration. Impurity effects on fusion performance of China fusion engineering test reactor CFETR due to extrinsic seeding are investigated.

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Initial exception handling schemes for faults of essential plant systems and for disruption protection were developed. The possible relevance of our geveille to recent experimental results and future burning plasmas is also discussed. The AE frequency sweeping is caused by consecutive changes of the instability dominant modes between different helical families.


Abstract For the final design of the ITER divertor it is important to determine whether shaping of each tungsten monoblock to eliminate leading edges is required or not.

The magnetic island and turbulence can mutually interact via coupling between the electron temperature T e gradient, the T e turbulence, and the poloidal flow. We find increased pulse duration and longer waiting times between peaks for heavier ions, while the amplitudes are similar.

ITER will demonstrate D—T tii physics for a duration of a few hundred seconds tki prepare for the next long-burn or steady state nuclear testing tokamak operating at much higher neutron fluence. With these severe material and technological limitations, system studies were used to scope out a few robust steady state synchronized fusion reactor SFR designs.

Reveille toi by Alam We have lyrics for ‘Reveille toi’ by these artists: The calculation results indicate that the highest values appeared on the upper outboard target OT area, which means the OT is exposed to the highest radiation conditions among the three plasma-facing parts inboard, central and outboard in the divertor. As an initial exercise, a constraint that the windings be vertical was placed on large major radius half of the non-planar coils.

The aim of this paper is to study the effects of the plasma aspect ratio, plasma elongation and plasma-wall distance on passive stabilization; this will be quantified by the plasma stability margin and instability growth time. Abstract Toroidal rotation braking by neoclassical toroidal viscosity driven by non-axisymmetric 3D magnetic fields, called magnetic braking, has great potential to control rotation profile, and thereby modify tokamak stability and performance.

The combined effects of the T e gradient and the poloidal flow shear determines the two-dimensional distribution of the T e turbulence. This theoretical prediction is tested and confirmed here for the ITER tokamak with disruption reveilld as the fast thermal quench followed by slower current quench that develops into the vertical displacement event.


As the most efficient steady state turbulence simulation scheme for this problem, bounce-averaged gyrokinetic simulation provides deeper insights into nonlinear physics separated from the linear effects in the investigation. The additional physics included in the model enables a more complete 1D description of the range of phenomena observed reveilpe experiments. Abstract In this contribution we apply a recently established stochastic model for scrape-off layer fluctuations to long time series obtained from ti simulations of fusion edge plasma turbulence.

The dependence of the disruption force on the magnetic field penetration through the wall is demonstrated. The limiter shape was designed to smoothly distribute the heat flux over two strike lines.

Also the concept of a disruption force damper is proposed, able to ‘absorb’ a significant part of the force that reveiple arise on a resistive wall during a disruption. Abstract The impact of impurities on the generation of zonal flow ZF driven by collisonless trapped electron mode turbulence in deuterium D —tritium T plasmas is investigated.

Experimental result of the counter current rotation of strike points splitting is consistent with the counter-current EHO.

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The achievable plasma current was limited by the maximum operational toroidal field of TST Non-inductive plasma start-up is a critical issue for spherical tokamaks since there is not enough room to provide neutron shielding for the center solenoid. I-mode has now been obtained over nearly all of the magnetic fields and currents possible in this high field tokamak I p 0. The defect clustering was neither observed on the damaged polycrystalline tungsten without deuterium irradiation nor on the damaged single-crystalline tungsten with deuterium irradiation.

The analyses presented in the paper show that the design of the CER diagnostic is capable of achieving the requisite performance as needed for the operation of the ITER machine. A parabolic relation between skewness and kurtosis of density fluctuations seems to be present.