&lt;title&gt;Development of the code MaexPro for calculation atmospheric aerosol extinction in the marine and coastal surface layer&lt;/title&gt;

Kaloshin, Gennady A.; Shishkin, Sergey; Serov, Sergey A.

doi:10.1117/12.723165

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“…The main menu of the code MaexPro is presented in Figure 3 and consists of three sections: kind of section (Type of calculation, Edit, Model, History of last calculations, and Help), input area control parameters and composite windows 13,14,15 . The structure of the obtained results consists of four groups which are presented in corresponding composite windows: basis MaexPro, vertical profiles, extinction spectra, and mode.…”

Section: The Code Maexpro Interfacementioning

confidence: 99%

Forecasting of aerosol extinction of the sea and coastal atmosphere surface layer

Kaloshin

2010

Ocean Sensing and Monitoring II

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The focus of our study is the extinction and optical effects due to aerosol in a specific coastal region. The aerosol microphysical model of the marine and coastal atmosphere surface layer is considered. The model is made on the basis of the long-term experimental data received at researches of aerosol sizes distribution function (dN/dr) in the band particles sizes in 0.01 -100 µk. The model is developed by present time for the band of heights is 0 -25 m. Bands of wind speed is 3 -18 km/s, sizes fetch is up to 120 km, RH = 40 -98 %. Key feature of model is parameterization of amplitude and width of the modes as functions of fetch and wind speed. In the paper the dN/dr behavior depending at change meteorological parameters, heights above sea level, fetch (X), wind speed (U) and RH is show.On the basis of the developed model with usage of Mie theory for spheres the description of last version of developed code MaexPro (Marine Aerosol Extinction Profiles) for spectral profiles of aerosol extinction coefficients α(λ) calculations in the wavelength band, equal λ = 0.2 -12 µm is presented. The received results are compared models NAN and ANAM.Also α(λ) profiles for various wind modes (combinations X and U) calculated by MaexPro code are given. The calculated spectrums of α(λ) profiles are compared with experimental data of α(λ) received by a transmission method in various geographical areas.

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Section: The Code Maexpro Interfacementioning

confidence: 99%

Forecasting of aerosol extinction of the sea and coastal atmosphere surface layer

Kaloshin

2010

Ocean Sensing and Monitoring II

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<title>Development of the code MaexPro for calculation atmospheric aerosol extinction in the marine and coastal surface layer</title>

Cited by 1 publication

References 0 publications

Forecasting of aerosol extinction of the sea and coastal atmosphere surface layer

Forecasting of aerosol extinction of the sea and coastal atmosphere surface layer

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