Abstract Knowledge of intensities of rovibrational transitions of various molecules and theirs
isotopic species in wide spectral and temperature ranges is essential for the modeling of …

This paper describes the calculation of the statistical weights and the Einstein A-coefficients
for the 39 molecules and their associated isotopologues/isotopomers currently present in the …

A methodology for the measurement of mid-infrared absorption cross sections of gaseous
molecules at high temperatures and pressures is presented. A rapid-tuning, broad-scan …

ABSTRACT A new line list for ethylene, 12C21H4, is presented. The line list is based on
high-level ab initio potential energy and dipole moment surfaces. The potential energy …

We have recorded the absorption spectrum of pyrrole (C5H5N) and furan (C4H4O) on a
broad spectral range in the infrared region and under various experimental conditions, using …

The absorption spectrum of ethylene (C 2 H 4) in the range 5000–9000 cm− 1 has been
recorded by high-resolution Fourier transform spectroscopy (FTS) at four temperatures (130 …

The literature on the high-resolution spectroscopic investigation of molecular complexes
containing small polyatomic species excited in their vibrational overtones is reviewed. They …

A compact multi-component trace-gas detector based on the resonant photoacoustic
technique and a NIR external cavity diode laser has been developed. It has been …

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 …

Ethylene (ethene, H2C= CH2) is a naturally occurring compound in ambient air that affects
atmospheric chemistry and global climate. The C2H4 spectrum is available in databases …