Copper complex catalysts exhibit excellent activity for the oxidative carbonylation of
methanol to produce dimethyl carbonate (DMC). However, the reaction mechanism over Cu …

A spectral analysis tool has been developed to interactively identify and quantify individual
gas-phase species from complex infrared absorbance spectra obtained from laboratory or …

The spectra of C1 molecules are confounding in that each of the fundamental vibrational
modes transform as the same irreducible representation (A) and hence each band consists …

CH 3 I-oxygen line-broadening coefficients at 296 K are calculated for the RR, PR, RP, PP,
RQ and PQ sub-branches of the ν 6 band in a wide range of rotational quantum numbers …

In this work, laboratory chamber experiments of gas-phase methyl iodide photolysis in the
presence of ozone at three relative humidity conditions were performed to study the …

In this work, the effects of the solvents, pH, and concentration on the photolysis of CH3I
under UV irradiation were investigated. The photolysis of CH3I mainly occurs in the gas …

We have developed an infrared spectroscopic method for monitoring photochemical
reactions in the gas phase. This method is based on the major components such as …

A hybrid Fourier transform infrared (FTIR)/quantum cascade laser (QCL) spectrometer is
introduced for the analysis of gas-phase chemical kinetics, including the study of alkyl halide …

This chapter intends to cover the instrumentation of gas phase Fourier transform infrared
spectroscopy (FT-IR), its recent advancement, and applications. The major focus have been …

ABSTRACT A recent study has shown that the reaction between some radicals and
unsaturated alkenes is faster at room temperature than previously believed. These reactions …