SCALED-ENERGY SPECTROSCOPY OF STRONTIUM |M|=1 RYDBERG ATOMS IN AN ELECTRIC FIELD | Zendy

Xiaojun Liu | Zendy; CAO JUN-WEN | Zendy; Jin Wang | Zendy; Zhao Hong-tai | Zendy; Mingsheng Zhan | Zendy

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SCALED-ENERGY SPECTROSCOPY OF STRONTIUM |M|=1 RYDBERG ATOMS IN AN ELECTRIC FIELD

Author(s) -

Xiaojun Liu,

CAO JUN-WEN,

Jin Wang,

Zhao Hong-tai,

Mingsheng Zhan

Publication year - 2000

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.49.1447

Subject(s) - strontium , atomic physics , excited state , rydberg formula , electric field , spectroscopy , spectral line , rydberg atom , physics , laser , field (mathematics) , materials science , ion , optics , ionization , quantum mechanics , nuclear physics , mathematics , pure mathematics

The strontium atoms in ground states were excited to higher |M|=1 Rydberg states while the laser wavelength and the electric field strength are scanned simultaneously to keep the scaled-energy ε constant. Spectra were recorded for ε=-3.00, -2.50 and -1.88. The experimental Fourier transform recurrence spectra were compared with the hydrogenic closed-orbit calculation. The positions of the experimental recurrence peaks were well coincided with the theory, but the strengths of the peaks were strongly affected by the strontium core effect.

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