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The device has a major radius R = 16 cm and minor radius a < 5 cm.
The magnetic field strength and the major radius are 1.5 T and 1.5 m, respectively.
The major radius is designed to be just below 6.5 m, considering practical engineering feasibilities.
First, the major radius is designed to be just below 6.5 m, considering practical engineering feasibilities.
Its major radius is 5.7 m, minor radius is 1.6 m and elongation ratio is 1.8.
It has a major radius of 2 m, and a minor radius of 0.525 m.
The earlier 1980s studies suggested large-scale stellarator power plants with an average major radius exceeding 20 m.
The relation between the minimum plasma major radius and the maximum net electrical output power is clarified.
Here, the aspect ratio A is the ratio of plasma major radius RP to the minor radius aP.
The Bt at the plasma center (major radius R = 1.78 m) is 2.2 T, the minor radius is 0.65 m.
Based on various design studies a machine with 6.2 m major radius and aspect ratio 3.1 has been selected.
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