Saturated laser induced fluorescence is used for the sensitive detection of radicals in high
pressure gases. The method and its application to a series of addition reactions of HO …

The use of the sequential two-photon dissociation of NO2 (420− 450 nm) in the presence of
H2 as a novel source of OH in kinetic studies has been assessed. Two-photon absorption by …

The recombination reactions HO+ NO+ M⇒ HONO+ M (1) and HO+ NO 2+ M⇒ HNO 3+ M
(2) have been investigated over an extended pressure (1–1000 bar) and temperature (250 …

The effect of water vapour on the rate coefficient for the atmospherically important,
termolecular reaction between OH and NO 2 was determined in He–H 2 O (277, 291, and …

The mechanisms for HO 2+ NO and its reverse reactions have been investigated by ab initio
molecular orbital and transition-state theory calculations. The species involved have been …

The objective of this paper is twofold: First, we present new experimental data on the
reaction of OH+ NO2 at room temperature, which show that the results obtained earlier in …

The reaction of OH with NO2 has been studied by high level ab initio molecular orbital and
statistical theory calculations. The potential energy surface for the association leading to the …

The radical terminating, termolecular reaction between OH and NO 2 exerts great influence
on the NO y/NO x ratio and O 3 formation in the atmosphere. Evaluation panels (IUPAC and …

Several important aspects of the chemistry of the polluted troposphere are discussed in
terms of the elementary reactions involved. First, the mechanism of ozone generation in the …

Diesel flue gas in a chamber spatially isolated from electron-beam source has been
successfully treated by pulsed, intense relativistic electron beam (PIREB). A flue gas …