A molecular level understanding of dynamics in condensed media is one of the current
challenges to chemical physics. The challenge stems from the many-body nature of …

In the atmosphere, many chemical processes are controlled by open-shell radical species.
While these species are present in relatively small number densities, they initiate many of …

Sonochemical degradation of carbon tetrachloride in an aqueous solution with ultrasound
has been compared at two frequencies: 20 and 500 kHz. The halocarbon seems to be …

Theoretical and experimental studies have recently attempted to investigate the role of
molecular complexes in the Earth's atmosphere. The extent to which these weakly bound …

Determining the detailed photoreactivity of radicals that are of importance in atmospheric
processes requires information from both laboratory and field measurements and theoretical …

The strong binding energies for radical–molecule complexes allow these unique systems to
influence both the photochemical and reaction pathways for both chemical and …

It is highly desired to effectively trap photogenerated holes for efficient photoelectrochemical
(PEC) water oxidation to evolve O2 on oxide semiconductors. Herein, it is found for the first …

Immediately on the discovery of the halogen molecules, their chemistry was closely linked
with that of water. For some time, it was thought that water was a constituent of chlorine. The …

The heterogeneous reactions of oleic acid (OL) and oleic-acid/sodium-chloride
(aq)(OL/NaCl (aq)) mixture droplets with ozone are studied at two relative humidities (RH) …

We have combined the AMOEBA09 polarizable force field with the ONIOM (QM: MM)
method to rationalize binding energies and binding preferences of the OH, HCO, and CH3 …