Abstract
We calculate the positive-energy spectrum of both hydrogen and lithium atoms in a field of 6.1 T and we show how such spectra can be obtained for an atom or molecule in an arbitrary strength magnetic field. The theory combines quantum-defect theory, {ital R}-matrix propagation, and two-dimensional frame transformations. Much of the resonance structure in the continuum can be understood in terms of complex perturbed Rydberg series.
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