Flicker noise spectroscopy in an analysis of the dynamics of atmospheric aerosol
Author(s)
Timashev, SF
Zagaynov, VA
Lushnikov, AA
Biryukov, Yu G
Agranovskii, IE
Lamukhin, EM
Griffith University Author(s)
Year published
2008
Metadata
Show full item recordAbstract
Flicker noise spectroscopy was used to analyze measurements in the free atmosphere. The special features of correlations between the measured atmospheric aerosol parameters, namely, the total concentration of aerosol with particle size no larger than 3 nm, the concentration of particles whose size exceeded 150 nm, and the mean size of these particles, were determined and analyzed. These correlations could be used to create new models and reveal the rules governing the formation of new particles. Flicker noise spectroscopy was shown to offer much promise for atmospheric measurements.Flicker noise spectroscopy was used to analyze measurements in the free atmosphere. The special features of correlations between the measured atmospheric aerosol parameters, namely, the total concentration of aerosol with particle size no larger than 3 nm, the concentration of particles whose size exceeded 150 nm, and the mean size of these particles, were determined and analyzed. These correlations could be used to create new models and reveal the rules governing the formation of new particles. Flicker noise spectroscopy was shown to offer much promise for atmospheric measurements.
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Journal Title
Russian Journal of Physical Chemistry A,
Volume
82
Issue
10
Copyright Statement
Self-archiving of the author-manuscript version is not yet supported by this journal. Please refer to the journal link for access to the definitive, published version or contact the author[s] for more information.
Subject
Physical chemistry
Theoretical and computational chemistry
Atmospheric aerosols