Aerosol− cloud interactions account for the largest uncertainty in current estimates of
changes in radiative forcing according to the most recent IPCC report. 1 The term “aerosol …

This comprehensive text describes the atmospheric processes, numerical methods, and
computational techniques required for a scientist to successfully study air pollution and …

In recent years in a few Chinese megacities, fog events lasting one to a few days have been
frequently associated with high levels of aerosol loading characterized by high sulfate (as …

The formation of sulfate (SO42−) in the atmosphere is linked chemically to its direct
precursor, sulfur dioxide (SO2), through several key oxidation paths for which nitrogen …

Anthropogenic emissions leading to atmospheric aerosols have increased dramatically over
the past century. Airborne particles have been implicated in human health effects, visibility …

The atmospheric chemistry responsible for the conversion of SO2 (g) to particulate sulfate in
areas impacted by anthropogenic emission of SO2 is reviewed. The major reaction …

A numerical method to solve chemical equilibrium equations and a method of coupling the
equilibrium calculations to nonequilibrium growth and evaporation are discussed. The …

Despite the knowledge gained on the physical processes dominating the formation,
development and dissipation of radiation fog events, uncertainties still exist about the role of …

Half a century ago, Christian Junge, the founding 'father'of atmospheric chemistry
summarized the existing knowledge in his field of research. In 1960 Junge counted only 75 …

Studies that focus on fog chemistry in the United States have been limited to relatively few
locations. Apart from measurements along the East and West coasts and extensive analysis …