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- W1988121038 abstract "Electric field ionization of excited Na atoms by microwave fields between 12 and 15 GHz exhibits several interesting phenomena. The $|m|=0 mathrm{and} 1$ states may be ionized with a very low microwave field, $ensuremath{sim}frac{1}{{3n}^{5}}$, corresponding to the point at which the $n$ and $n+1$ Stark manifolds of principal quantum numbers $n$ and $n+1$ intersect. The ionization occurs by an atom's making a succession of Landau-Zener transitions to higher-lying states, finally reaching the classical ionization limit. The $|m|=2$ states, on the other hand, ionize at a very high microwave field, $ensuremath{sim}frac{1}{{9n}^{4}}$. Both these observations and the more familiar static or low-frequency result of ionization by a field of $ensuremath{sim}frac{1}{{16n}^{4}}$ are all consistent with ionization in a completely classical fashion. The apparent differences are due to the dynamics of passing from zero field to a high ionizing field." @default.
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- W1988121038 date "1984-07-01" @default.
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- W1988121038 title "Microwave ionization of Na Rydberg atoms" @default.
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- W1988121038 doi "https://doi.org/10.1103/physreva.30.280" @default.
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