[1] Molerus, O., "Overview: Pneumatic transport of solids", Powder Technol., 88 (3), 309- 321 (1996). [2] Huang, B., Gas Conveying, Shanghai Scientific Press, Shanghai (1984). (in Chinese) [3] Satija, S., Young, J.B., Fan, L.S., "Pressure fluctuations and choking criterion for vertical pneumatic conveying of fine particles", Powder Technol., 43 (3), 257-271 (1985). [4] Ally, M.R., Klinzing, G.E., "Interrelation of electrostatic charging and pressure drops in pneumatic conveying", Powder Technol., 44 (1), 85-88 (1985). [5] Sankar, S.R., Smith, T.N., "Slip velocity in pneumatic transport, Part 2", Powder Technol., 47 (2), 179-94(1986). [6] Littman, H., Morgan Ⅲ, M.H., Paccione, J.D., Jovanovic, S.D., Grbavcic, Z.B., "Modeling and measurement of the effective drag coefficient in decelerating and non- accelerating turbulent gas-solid dilute phase flow of large particles in a vertical transport pipe", Powder Technol., 77 (3), 267-283 (1993). [7] Plasynski, I.S., Klinzing, G.E., Mathur, M.P., "Highpressure vertical pneumatic conveying investigation", Pow der Technol., 70 (2), 95-109 (1994). [8] Grbavcic, Z.B., Caric, R.V., Jovanovic, S.D., Rozic, Lj.S., "Hydrodynamic modeling of vertical accelerating gas-solid flow", Powder Technol., 92 (2), 155-161 (1997). [9] Rautiainen, A., Sarkoma, P., "Solids friction factor in up wards, lean gas-solids flow", Powder Technol., 95 (1), 25-35 (1998). [10] Rautiainen, A., Stewart, G., Poikolainen, V., Sarkoma, P., "An experimental study of vertical pneumatic conveying", Powder Technol., 104 (2), 139-150 (1999). [11] Jorge, A.P., Sankaran, S., "Gas-solid flow in vertical tubes", AIChE J., 37, 1009-1018 (1991). [12] Molerus, O., Principle of Flow in Disperse System, Chapman and Hall, London (1993). [13] Kwauk, M., Fluidization: Idealized Systems with Applica tion, Ellis Horwood, New York, 129-143 (1992). [14] Leung, L.S., Wiles, R.J., Nicklin, D.J., "Correlation for pre dicting choking flowrates in vertical pneumatic conveying", Ind. Eng. Chem. Process Des. Develop., 10, 183 (1971). [15] Yang, W.C., "Criteria for choking in vertical pneumatic conveying lines", Powder Technol., 35 (2), 143 (1983). [16] Kmiec, A., Mielczarski, S., Pajakowska, J., "An experimental study on hydrodynamics of a system in a pneumatic flash dryer", Powder Technol., 20 (1), 67-74 (1978). [17] Yang, W.C., "A correlation for solids friction factor in verti cal pneumatic conveying lines", AIChE J., 24 (2), 548-552 (1978). [18] Klinzing, G.E., Mathur, M.P., "The dense and extrusion flow regime in gas-solid transport", Can. J. Chem. Eng., 59 (2), 590---594 (1981). [19] Breault, R.W., Mathur, V.K., "High-velocity fluidized bed hydrodynamic modeling-1 fundamental studies of pressure drop", Ind. Eng. Chem. Res., 28 684-688 (1989). [20] Garic, R.V., Grbavcic, Z.B., Jovanovic, S.D., "Hydro dynamic modeling of vertical non -accelerating gas-solids flow", Powder Technol, 84 (1), 65-74(1995).
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