The isotopic shifts and the wavelength of the Magnesium resonance line 1S0-1P1 at 285.2 nm has be... more The isotopic shifts and the wavelength of the Magnesium resonance line 1S0-1P1 at 285.2 nm has been measured in an atomic beam.
ABSTRACT Laser deceleration was achieved by irradiating thermal calcium and magnesium atomic beam... more ABSTRACT Laser deceleration was achieved by irradiating thermal calcium and magnesium atomic beams with a counterpropagating laser beam in resonance with the 1S0-1P1 transition. Zeeman tuning of the atomic absorption was used to enhance the population of cooled atoms. (AIP)
The isotopic shifts and the wavelength of the Magnesium resonance line 1S0-1P1 at 285.2 nm has be... more The isotopic shifts and the wavelength of the Magnesium resonance line 1S0-1P1 at 285.2 nm has been measured in an atomic beam.
ABSTRACT Laser deceleration was achieved by irradiating thermal calcium and magnesium atomic beam... more ABSTRACT Laser deceleration was achieved by irradiating thermal calcium and magnesium atomic beams with a counterpropagating laser beam in resonance with the 1S0-1P1 transition. Zeeman tuning of the atomic absorption was used to enhance the population of cooled atoms. (AIP)
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