Chirped-Pulsed Ftmw Spectrum of 4-FLUOROBENZYL Alcohol. Structure and Torsional Motions in the Ground Electronic State Phase

Physics

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Microwave (Rotational)

Scientific paper

Previous studies of 4-fluorobenzyl alcohol (4FBA) in the gas phase have revealed the existence of tunneling splittings in its high resolution electronic spectrum. These could be attributed either to the ground S0 state, or the excited S1 state, or both. Motivated by this finding, we report here a study of the CP-FTMW spectrum of 4FBA. Its pure rotational spectrum was collected using a series of 250 MHz chirped pulses, over the frequency range of 6.5-18 GHz. Analysis of this data shows that 4FBA has a gauche structure and yields the V2 barrier for CH2OH torsion, from which the predicted tunneling splittings in the ground state have been extracted.

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