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|Type:||Artigo de periódico|
|Title:||Assignment And Frequency Measurement Of Rotational Transitions Of 13cd3oh By Intracavity Laser Stark Spectroscopy|
|Abstract:||We present the results of an intracavity Stark spectroscopy experiment on the fundamental state of 13CD3OH. We use an optically pumped hybrid waveguide FIR laser, CH2F2 as active molecule, and 13CD3OH as absorbent molecule. No Brewster window is needed to separate the lasing gas from the absorbing deuterated methanol. An absorption line is assigned as E1 symmetry (n, K, J): (1,4,18) → (1,5,18) and its frequency is measured as 63.08631 cm-1 with a precision of a few parts in 107; two more absorptions are reported and a tentative assignment is given for one of them.|
|Appears in Collections:||Unicamp - Artigos e Outros Documentos|
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