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VOLUME 36 (1982) | ISSUE 2 | PAGE 24
Quantization rules and instabilities of highly excited hydrogen atom in a strong magnetic field
The quantization rules and instability regions are found for highly excited, concentrated states of atomic hydrogen in a strong magnetic field. The corresponding dipole matrix elements for transitions from the ground state oscillate as a function of the magnetic field; the oscillations have a high peak and a minimum near the boundaries of the regions.