The highly accurate (experimental accuracy in line positions∼(1-2)× 10-4 cm− 1) ro-
vibrational spectrum of the ν 8+ ν 10 band of the 12 C 2 H 4 molecule was recorded for the …

The high resolution IR spectrum of the CH 2 CD 2 ethylene isotopomer was recorded and
analyzed in the region of 1300–1450 cm− 1, where the strongly interacting bands ν 12 (A 1) …

The high resolution spectra of the 13 C 2 H 4 molecule was recorded with a Bruker IFS 120
Fourier transform spectrometer and theoretically analyzed in the 1650− 1800 cm− 1 region …

High-accurate Fourier-transform infrared spectra of C 2 D 4 were recorded and analyzed in
the region of 600–1150 cm− 1 where the bands ν 7 (B 1 u), ν 10 (B 2 u), ν 12 (B 3 u) are …

The high-resolution infrared spectrum of C 2 H 2 D 2-cis ethylene was analyzed in the
region of 1280–1400 cm− 1, where the strong ν 12 band is located. More than 2000 …

Two “hot” absorption bands, ν 7+ ν 10-ν 10 and ν 10+ ν 12-ν 10, of 13 C 2 H 4 were recorded
for the first time with a Bruker high resolution Fourier transform spectrometer and …

We present the construction of complete and comprehensive ethylene line lists for the
temperatures 50− 700 K based on accurate ab initio potential and dipole moment surfaces …

This paper describes a Parallel-Double-Grating Spectrometer (PDGS) with ultrahigh
resolution. Two plane reflection gratings are placed in parallel and staggered to form a …

We report the spectrum of the ν1 fundamental of chlorine dioxide centered in the infrared
atmospheric window at 945.592 cm− 1 measured with essentially Doppler limited resolution …

Accurate variational high-resolution spectra calculations are reported for the very first time
for three ethylene isotopologues, namely 13 C 2 H 4, 13 C 12 CH 4 and 12 C 2 H 3 D, of …