Abstract
Magnetic surfaces and drift surfaces of a single charged particle of a stellarator field are analyzed by using an average method. The dependence of the rotational transform angle and the magnetic well depth on the parameters of the current configuration of the stellarator field are studied for the case of long and short pitch of the helical windings to find the optimum parameters. The relation of magnetic and drift surfaces are examined and a condition for their small deviation is deduced. The properties of constant |B| surfaces are examined.
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