аэродинамика воздухоочистных устройств с зернистым слоем

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Ergun, S. 1952. Fluid low through packed columns, Chemical Engineering Progress 48(2):
89–94.
Ergun, S.; Orning, A. A. 1949. Fluid flow through, randomly packed columns and fluidizod
beds, Industrial and Engineering Chemistry 41(11): 1179–1181.
Estimated National Emissions of Volatile Organic Compounds. 2006 [Цитировано 16
февраля 2009 г.]. Доступ по интернету: .
Fahien, R. W.; Smith, J. M. 1955. Mass Transfer in Packed Beds, American Institute of
Chemical Engineers Journal 1(1): 28–37.
Fahien, R. W.; Stankovic, I. M. 1979. An equation for the velocity profile in packed columns,
Chemical Engineering Science 34(11): 1350–1354.
Finlayson, В. A. 1972. Packed bed reactor analysis bу orthogonal collocation, Chemical
Engineering Science 26(10): 1081–1091.
Furnas, C. C. 1929. Flow of Gases Through Beds of Broken solids, US Bureau of Mines
Bull., 307–310.
Furnas, C. C. 1930. Heat Transfer from a Gas Stream to a Bed of Broken Solids. I, Industrial
and Engineering Chemistry 22(1): 26–28.
Galloway, L. R.; Lowarnicky, W.; Epstein, N. 1957. Effect of Packing Configuration on
Mass and Heat Transfer in Beds of Packed Spheres, The Canadian Journal of Chemical
Engineering 35(2): 139–144.
Gamson, B. W.; Thodos, G.; Haugen, O. A. 1943. Heat Mass and Momentum Transfer in
the Flow of Gases Through Granular Solids, Transactions American Institute Chemical
Engineering 39(1): 1–3.
Glaser, H. 1955. Instationaere Messung des Warmeuebert- ragung von Raschigring-Schuettungen,
Chemie-Ingenieur 27: 637–639.
Glaser, M. B.; Thodes, G. 1958. Heat and Momentum Transfer in the Flow of Gases Through
Packed Beds, American Institute Chemical Engineers Journal 4(1): 63–68.
Goncalves, J. J.; Govind, R. 2009. Enhanced biofiltration using cell attachment promotors,
Environmental Science & Technology 43(4): 1049–1054.
Govindaro, V. M. H.; Froment, G. F. 1986. Voidage profiles in packed beds of spheres,
Chemical Engineering Science 41(3): 533–539.
Günther, T. 2005. Funktionalitätsprüfung von Biofiltermaterialien zum Abbau von Schwefelwasserstoff
und VOC. Kurzbericht, REHAU AG + Co. 9 S.
Gupte, R. A. 1971. Die Struktur von Packungen aus Kugeln: Zufallskriterien und Testmethoden
im Hinblick auf die Porensiromunoj, Chemie-Ingenieur-Technik 43(Jabrgang 13):
A.897–A.900.
Hartikainen, T.; Martikainen, P. J.; Olkkonen, M.; Ruuskanen, J. 2002. Peat biofilters in
long-term experiments for removing odorous sulphur compounds, Water, Air, and Soil
Pollution 133: 335–348.
Hashisho, Z.; Emamipour, H.; Cevallos, D.; Rood, M. J.; Hay, K. J.; Kim, B. J. 2007. Rapid
response concentration-controlled desorption of activated carbon to dampen concentration
fluctuations, Environmental Science & Technology 41(5): 1753–1758.
Hennecke, F. W.; Schlünder, E. V. 1973. Wärmeleitfähigkeit von Schüttungen bei mäbigen
Temperaturen, Chemie-Ingenieur-Technik 45(5): 277.