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This book presents the development and application of the new aerosol model (SCRAM), which is able to resolve aerosol mixing state by using a new size and composition resolved approach. This work is well-motivated by mounting evidence from field observations that ambient aerosol populations have complex mixing states. Such mixing states reflects the particles' history, and even freshly emitted particles can contain multiple chemical species depending on their source characteristics. Moreover, the initial particle composition is further modified in the atmosphere as a result of aging processes…mehr

Produktbeschreibung
This book presents the development and application of the new aerosol model (SCRAM), which is able to resolve aerosol mixing state by using a new size and composition resolved approach. This work is well-motivated by mounting evidence from field observations that ambient aerosol populations have complex mixing states. Such mixing states reflects the particles' history, and even freshly emitted particles can contain multiple chemical species depending on their source characteristics. Moreover, the initial particle composition is further modified in the atmosphere as a result of aging processes such as coagulation, condensation of secondary aerosol species, and heterogeneous reactions. This profoundly impacts the aerosol optical properties, their cloud condensation nuclei activity, and their lifetime in the atmosphere. This book tackles this problem and offers a solution.
Autorenporträt
Dr. Shupeng Zhu is working in CEREA, a Joint Laboratory of École des Ponts ParisTech and the R&D division of EDF on air pollution modelling with a focus on aerosol. He is the winner of the The Bricard Award 2016 attributed by French Association for Studies and Research on Aerosols, due to his excellent research work during his PhD study.