Of dilute suspension

This technique has been thoroughly evaluated for a range of dilute suspensions and shown to give consistent results (10). [Pg.450]

This is the same as the expression for the viscosity of dilute suspensions (see for example Chapter 3). The expression is however limited to low concentrations of particles, i.e. for tp < 0.05 there are others that can be used throughout the range of volume fractions. Landel26 proposed that the elastic modulus can be described by... [Pg.45]

Kuhn et alS50> described the electroflotation process which represents an interesting recent development for the treatment of dilute suspensions. Gas bubbles are generated electrolyt-ically within the suspension, and attach themselves to the suspended particles which then rise to the surface. Because the bubbles are very small, they have a high surface to volume ratio and are therefore very effective in suspensions of fine particles. [Pg.66]

Warner, H.R., Jr. Kinetic theory and rheology of dilute suspensions of finitely extendible dumbbells. Ind. Eng. Chem. Fundam. 11,379-387 (1972). [Pg.177]

Warner HR (1972) Kinetic theory of dilute suspensions of finitely extendible dumbbells Ind Eng Chem Fundam 11 379... [Pg.165]

Scaling Relationships for Pneumatic Transport of Dilute Suspensions... [Pg.230]

Nasr-El-Din, H.A. Permeability Decline Due to Flow of Dilute Suspensions Through Porous Media in Suspensions, Fundamentals and Applications in the Petroleum Industry, Schramm, L.L, (Ed.), American Chemical Society Washington, 1996, pp. 289-319. [Pg.413]

H. R. Warner, Jr., Kinetic Theory and Rheology of Dilute Suspensions of Finitely Extendible Dumbbells, Ind. Eng. Chem. Fundam., 11,379-387 (1972) also, R. L. Christiansen and R. B. Bird, Dilute Solution Rheology Experimental Results and Finitely Extensible Nonlinear Elastic Dumbbell Theory, J. Non-Newt. Fluid Mech., 3, 161-177 (1977/1978). [Pg.817]

Pokrovskii VN (1978) Statisticheskaya mekhanika razbavlennykh suspenzii (Statistical mechanics of dilute suspensions, in Russian). Nauka, Moscow. Available via http //ecodynamics.narod.ru/polymer/Suspension.pdf. Cited 1 Feb 2009 Pokrovskii VN (2005) Extended thermodynamics in a discrete-system approach. Eur J Phys 26 769-781... [Pg.248]

In practice, thinking of small-particle interactions in terms of dilute-suspension or dilute-solution dielectrics liberates us from having to theorize about the added a. We can simply measure... [Pg.80]

An exhaustive account of the rheology of dilute suspensions of axisymmetric Brownian particles. [Pg.3]

The first study of the rheology of suspensions was made by Einstein65 who analyzed the flow of dilute suspensions of spherical particles. The relative... [Pg.131]

Equation (6.6) cannot be solved analytically but its approximate solution for the case of dilute suspensions has been obtained by Imai and Oosawa [3,4]. They showed that there are two distinct cases separated by a certain critical value of the surface charge density cr or the total surface charge Q, that is, case 1 low surface charge density case and case 2 high surface charge density case, as schematically shown in Fig. 6.2. For case 1, there are two regions I R [Pg.135]

The cylindrical particles are assumed to be parallel and equidistant. We treat the case of dilute suspensions, namely, average number density and the valence of counterions in the absence of the applied electric field be n and —z, respectively. Then we have... [Pg.143]

In the following we treat the case of dilute suspensions, namely,... [Pg.153]

Effect (1) was analyzed by Maxwell, who derived the following expression for the conductivity of diluted suspension of uncharged particles ... [Pg.291]

Kramers (44) in 1944 published an elegant paper on the mechanical and optical properties of dilute suspension of bead-rod systems in steady-state, homogeneous, potential flow [see comments just after Eq. (3.1)]. This theory has recently been extended by Bird, Johnson, and Curtiss (5) to include bead-spring systems as well. The latter theory gives for a system of N beads with any kind of connectors ... [Pg.20]

Zirconia particles are difficult to maintain in transparent suspensions. Acetate stabilized (1.5 mole/mole ZrC>2) 5-10 nm particles, up to 20% weight were used in these studies [22], All experiments were conducted at pH 3.4 in solutions containing 2.76 M acetic acid. Under these conditions the majority of electrons are converted to hydrogen atoms. Electrophoresis of diluted suspensions shows that the surface charge of the particles is positive and the point-of-... [Pg.9]

Permeability Decline Due to Flow of Dilute Suspensions Through Porous Media... [Pg.293]

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