Dispersed phase mixing: II. Measurements in organic dispersed systems

Analysis of Dispersed - Phase Fresh Perspective Systems :

single-particle process Consider a single particle of volume V ( t ) at time t which undergoes random, discontinuous “erosion” to smaller sizes in accord with the probabilistic law: Pr( V ( t + d t ) I u I V ( f ) = u’ 1 = B ( u I u’ )dt We let F( u, t ) be the cumulative distribution function for the size of the single particle undergoing random erosion. Suppose that the cumulative probability...

Three Phase Power Flow for Distribution Systems with Dispersed Generation

This paper describes the development of a three phase distribution system power flow program. The program is developed without any radial topology assumptions and thus can be used to solve both radial as well as meshed networks without any restrictions. Distributed generation, any combination of different types of loads including constant power, constant current and constant impedance with floa...

Distribution Systems and Dispersed Generation

Dispersed Phase Mixing : 1 . Theory and Effects in Simple Reactors R . I . . CURL

Iron and Steel Institute, London, England ( 1949). 4. Campbell, J. B., Materials and Methods, 42, 98 (April, 1955). 5. Damkohler, G., 2. Electrochem, 42, 846 (1936). 6. Forst, W., and P. A. Giguere, J . Phys. Chem., 62, 340 (1958). 7. Hartnett, J. P., and E. R. G. Eckert, “Heat Transfer and Fluid Mechanics Institute,” Berkeley, California, Preprints, p. 54 (1958). 8. Hirschfelder, J. O., C. F. ...

Prediction of Dispersed Phase Holdup in Scheibel Extraction Columns by a New Correlation

In this study, the effect of operating parameters on dispersed phase holdup in liquid-liquid extraction process has been investigated. Three chemical systems (Toluene/Water, Butyl acetate/Water, and n-Butanol/Water) were utilized and holdup was considered in a wide range of interfacial tensions through a Scheibel extraction column. Various rotor speeds were examined on the certain velocities of...