Abstract
The far-infrared of DCl, HCl and HF in liquid SF 6 ( T=273 K) are studied by applying a previously reported non-Markovian line-by-line spectral theory in which memory and mixing effects are explicitly considered. We analyze the importance of both effects in terms of the rotational constant of the diatomic molecule. Moreover, the influence of mixing effects on the observed resolved rotational structure is discussed.
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