Photo-induced radical chemistry is crucial to atmospheric processes, namely: oxidation, particulate matter formation, and climate change. The combination of transient absorption and pulsed cavity ring-down spectroscopies is used to study weak electronic or overtone transitions of trace gas-phase species and investigate the kinetic and photochemical properties of important transient atmospheric radicals
Sunlight is a major driving force of atmospheric processes. A detailed knowledge of atmospheric phot...
Free Radicals are very important in atmospheric chemistry for its high reactivity and high concentra...
Free radicals play essential roles in atmospheric chemical and radiative processes, thus impacting c...
Air pollution arises from the oxidation of volatile organic compounds emitted into the atmosphere fr...
Trace gases in the atm. have a profound impact on Earth, influencing air quality and climate. Advanc...
Trace gases in the atm. have a profound impact on Earth, influencing air quality and climate. Advanc...
Author Institution: School of Chemistry, University of BristolA variety of measurements of importanc...
Radical reactions play central roles in regulating regional air quality and global climate. Some po...
Radical reactions play central roles in regulating regional air quality and global climate. Some po...
Air pollution arises from the oxidation of volatile organic compounds emitted into the atmosphere fr...
Photochemical smog is a phenomenon associated with pollution in urban atmospheres arising from the p...
This thesis mainly focuses on (1) development and applications of cavity ringdown spectroscopy (CRDS...
It is now more or less firmly established that atmospheric condensed matter is playing a central rol...
Hydroxyl free radicals are part of a complex network of atmospheric chemical reactions. But a long-t...
Hydroxyl free radicals are part of a complex network of atmospheric chemical reactions. But a long-t...
Sunlight is a major driving force of atmospheric processes. A detailed knowledge of atmospheric phot...
Free Radicals are very important in atmospheric chemistry for its high reactivity and high concentra...
Free radicals play essential roles in atmospheric chemical and radiative processes, thus impacting c...
Air pollution arises from the oxidation of volatile organic compounds emitted into the atmosphere fr...
Trace gases in the atm. have a profound impact on Earth, influencing air quality and climate. Advanc...
Trace gases in the atm. have a profound impact on Earth, influencing air quality and climate. Advanc...
Author Institution: School of Chemistry, University of BristolA variety of measurements of importanc...
Radical reactions play central roles in regulating regional air quality and global climate. Some po...
Radical reactions play central roles in regulating regional air quality and global climate. Some po...
Air pollution arises from the oxidation of volatile organic compounds emitted into the atmosphere fr...
Photochemical smog is a phenomenon associated with pollution in urban atmospheres arising from the p...
This thesis mainly focuses on (1) development and applications of cavity ringdown spectroscopy (CRDS...
It is now more or less firmly established that atmospheric condensed matter is playing a central rol...
Hydroxyl free radicals are part of a complex network of atmospheric chemical reactions. But a long-t...
Hydroxyl free radicals are part of a complex network of atmospheric chemical reactions. But a long-t...
Sunlight is a major driving force of atmospheric processes. A detailed knowledge of atmospheric phot...
Free Radicals are very important in atmospheric chemistry for its high reactivity and high concentra...
Free radicals play essential roles in atmospheric chemical and radiative processes, thus impacting c...