Vol. 31, issue 08, article # 5

Moskalenko N.I., Khamidullina M.S., Safiullina Ya.S., Dodov I.R. Study of spectral optical characteristics and microstructure of anthropogenic sols. // Optika Atmosfery i Okeana. 2018. V. 31. No. 08. P. 628–633 [in Russian].
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Abstract:

A new complex for spectrometric measurements of atmospheric anthropogenic emissions is presented, which has been designed and is used for the study of optical characteristics of anthropogenic sols. The derived spectral dependences of effective absorption, scattering, radiation attenuation cross sections are used to retrieve the microstructure of anthropogenic sols and to detect the influence of the relative humidity of the radiation propagation medium on the optical characteristics of its dispersed phase. Atmospheric emissions of combustion products of wood, power enterprises, air carriers, and products of thermal decomposition of asbestos-cement plates during their calcination are analyzed.

Keywords:

spectral transmission function, gas phase, particulate phase, sol microstructure, anthropogenic emissions, concentration of ingredients

References:

    1.    Kondrat'ev K.Ya., Moskalenko N.I. Parnikovyj effekt atmosfery i klimat. M.: VINITI, 1984. 264 p.
    2.    Moskalenko N.I., Safiullina Ya.S., Hamidullina M.S. Modelirovanie antropogennyh vozdejstvij na klimat // Tekhnika i tekhnologii v XXI veke: sovremennoe sostoyanie i perspektivy razvitiya. Kn. 4. Novosibirsk: TSRNS, 2009. P. 155–158.
    3.    Moskalenko N.I., Safiullina Ya.S., Sadykova M.S. Zonal'noe modelirovanie parnikovogo effekta atmosfery i antropogennyh izmenenij klimata // Al'tern. energ. i ekol. 2014. N 2. P. 43–54.
    4.    Kondrat'ev K.Ya., Donchenko V.K. Ekodinamika i geopolitika. V. 1. Global'nye problemy. SPb.: 1992. 1032 p.
    5.    Krapivin M.F., Kondrat'ev K.Ya. Global'nye izmeneniya okruzhayushchej sredy. SPb.: 2002. 724 p.
    6.    Kalnay E. Atmospheric modeling data assimilation and predictability. Cambridge: Cambridge University Press, 2003. 369 p.
    7.    Moskalenko N.I., Mirumyants S.O., Loktev N.F., Misbahov R.Sh. Ravnovesnye i neravnovesnye protsessy izlucheniya: vysokotemperaturnye sredy, radiatsionnyj teploobmen. Kazan': Izd-vo KGEU, 2014. 260 p.
    8.    Moskalenko N.I., Safiullina Ya.S., Hamidullina M.S., Loktev N.F. Identifikatsiya ingredientov i opredelenie ingredientnogo sostava atmosfernyh vybrosov i produktov sgoraniya metodom tonkostrukturnoj spektrometrii // Al'tern. energ. i ekol. 2010. N 2. P. 43–54.
    9.    Moskalenko N.I., Safiullina Ya.S. Primenenie metoda tonkostrukturnoj spektrometrii dlya opredeleniya ingredientnogo sostava produktov sgoraniya topliv // Izv. vuzov. Problemy energetiki. 2009. N 11–12. P. 22–32.
10.    Moskalenko N.I., Misbahov R.Sh., Bagautdinov I.Z., Loktev N.F., Dodov I.R. Determination ingredient composition of turbojet engine combustion gases by the fine structure spectroscopy // Rus. Aeron. 2016. V. 59, № 3. P. 116–121.
11.    Bakirov F.G., Zaharov V.M., Polishchuk I.Z., Shajhutdinov Z.G. Obrazovanie i vygoranie sazhi pri szhiganii uglevodorodnyh topliv. M.: Mashinostroenie, 1989. 128 p.
12.    Levterov A.M., Levterova L.I. Analiz matematicheskih modelej mekhanizmov sazheobrazovaniya pri szhiganii uglevodorodnyh topliv // Vestnik NTU. 2013. N 5. P. 130–141.
13.    Matti Maricq M. Coagulation dynamics of fractal-like soot aggregates // J. Aerosol Sci. 2007. V. 38, iss. 2. P. 141–156.
14.    Moskalenko N.I., Safiullina Ya.S., Zagidullin R.A. Mikrostruktura i radiatsionnye harakteristiki sazhevogo zolya v plamenah i antropogennyh vybrosah produktov sgoraniya // Izv. vuzov. Problemy energetiki. 2013. N 5, 6. P. 23–32.
15.    Vasil'eva O.V., Ksenofontov S.I., Krasnova A.G., Kokshina A.V. Struktura i svojstva sazhi v plameni uglevodorodnogo topliva // Al'tern. energ. i ekol. 2015. N 19. P. 105–111.
16.    Maksimyuk V.S., Filippov V.L. Samoletnoe issledovanie dinamiki aerozolya, opredelyayushchej izmenchivost' opticheskoj pogody // Opt. zhurn. 2007. V. 74, N 1. P. 50–54.
17.    Moskalenko N.I., Safiullina Ya.S., Hamidullina M.S. Modelirovanie radiatsionnogo teploobmena v sredah, vozmushchennyh sil'nymi antropogennymi i prirodnymi vozdejstviyami. III. Vozmozhnye klimaticheskie posledstviya post"yadernyh konfliktov // Izv. vuzov. Problemy energetiki. 2014. N 9–10. P. 21–30.
 

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