Title: A field experiment on modeling the impact of aerosol layers on the variability of solar insolation and meteorological characteristics of the surface layer.
Authors: Izrael, Yu.; Zakharov, V.; Ivanov, V.; Petrov, N.; Andreev, Yu.; Gulevskii, V.; Danilyan, B.; Eran'kov, V.; Kirin, D.; Kulyapin, V.; Rusakov, Yu.; Savchenko, A.; Svirkunov, P.; Severov, D.; Folomeev, V.
Abstract: Described are the results of a field experiment carried out in 2010 on studying the impact of artificial aerosol formations on the solar insolation intensity and thermal characteristics of the atmospheric surface layer. The composition of the measuring equipment complex is given and the results of the experiment and its theoretical analysis are presented. It is demonstrated that the solar radiation flux decrease results in rather rapid response of the surface air layer manifesting itself in the considerable decrease in temperature and turbulent heat fluxes. The theoretical estimates corroborate the obtained experimental data. The field experiment is the continuation of researches carried out in 2008 and 2009.
Subjects: AEROSOLS; ATMOSPHERE; SOLAR radiation; HEAT flux; OPTICAL properties
Publication: Russian Meteorology & Hydrology, 2011, Vol 36, Issue 11, p705
ISSN: 1068-3739
Publication type: Academic Journal
DOI: 10.3103/S106837391111001X

A field experiment on modeling the impact of aerosol layers on the variability of solar insolation and meteorological characteristics of the surface layer.

Izrael, Yu.; Zakharov, V.; Ivanov, V.; Petrov, N.; Andreev, Yu.; Gulevskii, V.; Danilyan, B.; Eran'kov, V.; Kirin, D.; Kulyapin, V.; Rusakov, Yu.; Savchenko, A.; Svirkunov, P.; Severov, D.; Folomeev, V.