Corpus ID: 55633459

Physics and Engineering Design of ESTELL Quasi-axisymmetric Stellarator

@inproceedings{Brochard2014PhysicsAE,
  title={Physics and Engineering Design of ESTELL Quasi-axisymmetric Stellarator},
  author={Fr{\'e}d{\'e}ric Brochard and Michael Drevlak and Per Helander and G{\'e}rard Bonhomme and E. Faudot and St{\'e}phane Heuraux and N. Lemoine and J. Kisslinger and Mikhail I. Mikhailov and Carolin N{\"u}hrenberg and J{\"u}rgen N{\"u}hrenberg and Y Turkin and E. Kelbert},
  year={2014}
}
The Evolutive Stellarator of Lorraine, ESTELL, aims at exploring the effectiveness of quasi-axial symmetry in a compact (R/a = 5 with R = 1.4m) stellarator. In order to manufacture and operate the device at a moderate level of technological difficulty with a rather low budget (12M€ needed for the construction), a simple coil design has been proposed resulting in a 2-period stellarator with low rotational transform ι ~0.2 able to confine = 0.5% plasmas, while keeping enough space between the… Expand
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References

SHOWING 1-3 OF 3 REFERENCES
ESTELL: A Quasi-Toroidally Symmetric Stellarator
This work presents the physics design for a simple quasi-axially symmetric stellarator. A plasma configuration described by a modest number of Fourier coefficients was found to establish thisExpand
Stellarator and tokamak plasmas: a comparison
An overview is given of physics differences between stellarators and tokamaks, including magnetohydrodynamic equilibrium, stability, fast-ion physics, plasma rotation, neoclassical and turbulentExpand
Brochard and the ESTELL Team , « ESTELL , a quasiaxisymmetric stellarator »
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