The removal of arsenic and heavy metals (HMs) from strongly acidic wastewater by
hydrogen sulfide (H2S) is an efficient method. However, traditional sulfuration reagents …

The photodissociation of water in its first absorption band is studied by photolyzing H20 at
157 nm with an excimer laser. This dissociation proceeds directly to produce the electronic …

In this work, state-to-state photodissociation dynamics of H2S in its first absorption band has
been studied quantum mechanically with a new set of coupled potential energy surfaces …

Hydrogen sulfide (H2S) is the most abundant S-bearing molecule in the solar nebula.
Although its photochemistry has been studied for decades, the H2 fragment channel is still …

Advances in the study of photodissociation dynamics over the past 30 years are reviewed.
An overview of experimental techniques that have been developed to extract photofragment …

We report center‐of‐mass kinetic energy distributions for the 193 nm photodissociation of
H2S and HBr using the method of velocity–aligned Doppler spectroscopy. Nascent H atoms …

Photodissociation of H 2 S has been studied at 193.3 nm using H atom photofragment-
translational spectroscopy with mass-spectrometric detection. H+ HS (v) product branching …

The photodissociation of H2S through excitation in the first absorption band (λ≊ 195 nm) is
investigated by means of extensive ab initio calculations. Employing the MRD‐CI method we …

Strongly acidic wastewater with a high arsenic concentration is produced by a number of
industries. The removal of As (V)(H3AsO4) by sulfide from strongly acidic wastewater …

Infrared (IR) spectra of hydrogen sulfide (H2S), some of its complexes, and their photolysis
products are studied in rare-gas matrixes (Ar, Kr and Xe) at 7.5 K. In all of these matrixes …