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- W2152080360 abstract "The high resolution infrared spectrum for the à (2Π) ← (2Σ+) origin band of jet-cooled ethynyl radical (C2H) in the gas phase is reported, which exhibits a strong, parity-specific local perturbation in the upper 2Π1/2 state. Based on revised parity assignments of the levels, the perturbing state is unambiguously determined to be 2Σ+ symmetry, and thus coupled to the à (2Π) state by ΔK = ±1 Coriolis interactions. By incorporating Σ-Π Coriolis coupling into the unperturbed Hamiltonian (containing only rotational, spin-rotational, spin-orbit, and lambda-doubling contributions), we are now able to fit the observed 2Π-2Σ+ origin band to a sub Doppler experimental uncertainty of 15 MHz (0.0005 cm−1). In addition, the observation of pairs of transitions to mixed states permits determination of the band origin (νpert) and rotational constant (Bpert) for the “dark” 2Σ+ state, which prove to be in remarkably quantitative agreement with full vibronic predictions of Tarroni and Carter as well as UV dispersed fluorescence studies of Hsu et al. This represents an important benchmark in mapping out non-Born–Oppenheimer vibronic interactions and energy level structure in a polyatomic combustion radical system, an understanding of which will be key to modeling chemical reactions in both terrestrial and astronomical environments." @default.
- W2152080360 created "2016-06-24" @default.
- W2152080360 creator A5000906937 @default.
- W2152080360 creator A5083704838 @default.
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- W2152080360 date "2011-01-01" @default.
- W2152080360 modified "2023-09-26" @default.
- W2152080360 title "Dark state vibronic coupling in the Ã(2Π) ←X̃(2Σ+) band of ethynyl radical via high resolution infrared absorption spectroscopy" @default.
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- W2152080360 doi "https://doi.org/10.1039/c1cp21523j" @default.
- W2152080360 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/21897928" @default.
- W2152080360 hasPublicationYear "2011" @default.
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