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Turbulent and Collisional Transport in Optimized Stellarators
2020The stellarator is a fusion energy concept that relies on fully three-dimensional shaping of magnetic fields to confine particles. Stellarators have many favorable properties, including, but not limited to, the ability to operate in steady-state, many optimizable degrees of freedom, and no strict upper limit on the plasma density.
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Some results of stellarator optimization
2015The collisionless confinement of all reflected particles with orbits that star within the inner half of the plasma of a stellarator with the poloidal direction of the contours of the magnetic field strenght B is shown computationally to be possible. It is also demonstrated that the confinement achieved is well compatible with the fulfilment of Mercier ...
Mikhailov, M.I. +17 more
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Stellarator Optimization for Good Magnetic Surfaces at the Same Time as Quasisymmetry
Physics of Plasmas, 2021Bharat Medasani +2 more
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Stellarator Optimization for Nested Magnetic Surfaces at Finite β and Toroidal Current
Physics of Plasmas, 2022Joaquim Loizu +2 more
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Correction to "Theoretical Optimization of Stellarators"
IEEE Transactions on Plasma Science, 1982R. Chodura +5 more
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Single-Stage Gradient-Based Stellarator Coil Design: Optimization for Near-Axis Quasi-Symmetry
Journal of Computational Physics, 2022Georg Stadler +2 more
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A Stellarator Reactor Based on the Optimization Criteria of Wendelstein 7-X
Fusion Engineering and Design, 2008R C Wolf
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Optimization of Quasi-Axisymmetric Stellarators With Varied Elongation
Physics of Plasmas, 2020David Gates +2 more
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