Cyclotron resonance for a spheroidal energy surface considers the energy surface where m t is the transverse

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Cyclotron resonance for a spheroidal energy surface considers the energy surface where mt is the transverse mass parameter and m1 is the longitudinal mass parameter. A surface on which ?(k) is constant will be a spheroid. Use the equation of motion (6), with v = h?1 ?k?, to show that wc = eB/ (m1mt)1/2 c when the static magnetic field B lies in the xy plane. This result agrees with (34) when ? = ?/2, the result is in CGS; to obtain SI, omit the c.

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