The rotational spectrum of CH3CHF2 in its ground state was measured up to 653 GHz.
Accurate rotational and centrifugal distortion constants were determined. The internal …

The rotationally resolved nν 1 (n= 2–6) overtone transitions of the CH acetylenic stretching of
propyne (CH 3–C≡ C–H) have been recorded by using Fourier transform spectroscopy (n …

Guided by theoretical predictions, the rotational spectrum of fluoroiodomethane, CH 2 FI,
has been recorded and assigned. Accurate values are reported for the ground-state …

The rotational spectra for the ground and first excited torsional states vt= 0 and 1 in the
frequency region of 8–254 GHz and the vt= 1← 0 band high-resolution far-infrared spectrum …

The millimetre-wave spectrum of oxetane in the ground state and the first seven vibrational
excited states of the ring-puckering motion has been measured in the frequency range 80 …

Sulfur‐containing odorants and flavors play an important role in flavor and food industry,
especially when meaty, garlic, onion, and vegetable scents are needed. Still, many S …

The rotational spectrum of CH35CIF2 in the ground vibrational state has been measured in
the frequency range 8-18 GHz using a waveguide Fourier transform microwave (FTMW) …

The rotational spectra of cyclopentene in the ground and first four excited states of the ring-
puckering vibration have been measured in the frequency range 8–100 GHz. A two-state …

The rotational spectra of cyclobutanone in the ground and the first seven excited states of
the ring-puckering vibration, ν 27, have been measured in the frequency range 18–250 GHz …

The rotational spectra of tetrahydrothiophene, c-C4H8S, in the ground state (including
spectra of isotopic species) and several excited vibrational states have been reinvestigated …