Abstract
A measurement of the 'quasi-Landau resonance' (QLR) spacing of lithium, using an atomic beam in a magnetic field of 5.6 T, has been made for comparison with earlier absorption observations, which reported an anomalous spacing of 0.5 omega c. Data were obtained using hydrogenic m=-1 states near n=30 in an atomic beam directed axially down a solenoid magnet. In the absence of motional Stark effects the 0.5 omega c resonance spacing no longer emerges near threshold. Comparisons are made with existing theories for diamagnetic effects.
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