Abstract
The Δ J = 0, l-doublet transitions in the first excited state of the bending vibration of 16O 12C 32S have been investigated using the molecular-beam electric-resonance method. The l-doubling constant up to second order in J( J+1) has been derived. The electric and magnetic properties obtained are the electric dipole moment and the magnetic constants g ⊥- g |- g ⊥, g xx - g yy , gc ⊥-χ |, and χ xx -χ yy
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