Aggregative growth model

Both models, the monomer addition and the aggregation growth model have convincing arguments. Yet the aggregation mechanism is more favored by most research groups at this point. Nevertheless, one has to be very careful with any... 

Bogush GH, Zukoski CF (1991) Uniform silica particle precipitation—an aggregative growth model. J Colloid Interface Sci 142 19-34... 

G.H. Bogush and C.F. Zukoski IV Uniform silica particle precipitation An aggregative growth model, J. Colloid Interface Sci., 142 (1991) 19 34... 

Van Hyning D.L., KlempCTo- W.G., Zukoski C.F. Silver nanoparticle formation Predictions and verification of the aggregative growth model. Langmuir. 2001b 17(11) 3128-3135 van der Awschot E., Mewis J.A. Equilibrium properties of reversibly flocculated dispersions. Colloids Surf. 1992 69(1) 15-22... 

The book is thus a series of steps, from the multiplier and its role in the reproduction schema in Chapter 2 to the Kalecki principle in Chapter 3 and a detailed consideration of the circuit of money in Chapter 4. Having built up a macro monetary model of the reproduction schema, in which both money and aggregate demand are featured, Chapter 5 derives the Domar growth model from these analytical foundations. The relevance of this growth model to Marxian theories of crisis is explored and further developed in Chapter 6. 

Overproduction of capacity, relative to aggregate demand, is a persistent tendency inherent in the schemes of expanded reproduction, as formalized in the Domar growth model. 

Formation of Ni clusters by gas aggregation technique was reported by Flihara et al [36]. The cluster growth models were discussed but there are no magnetic data for Ni clusters yet. 

The dendrite growth process may be described on the basis of cluster growth model of diffusion-limited aggregation (DLA) and fractal concepts in surface growth [83, 85],... 

In a membrane cast from solution. According to this theory, provided that the Initial polymer concentration Is smaller than an established critical level, the phase-separation process yields a polymer-rich phase which becomes a small primary particle. Primary particles subsequently aggregate to form the larger secondary particles which eventually form the membrane pore walls. The authors point out that this nucleatlon-and-growth model differs from the splnodal decomposition model proposed by other authors. 

MCA and CCA are just two of many plausible growth models, and the predictions of P = —4 and P = — 2 for these two aggregation processes are not unique. However, the qualitative predictions of these models, namely, compact, uniform structures when growth proceeds in the presence of monomer and ramified, fractal objects in the absence of monomer, are generally observed. 

A number of cost studies and optimized cost-benefit analyses of the economic impact of CO2 emissions have been published in the literature (e.g., Manne and Richels, 1991 Peck and Teisberg, 1992 Nordhaus, 1993 Richels and Edmonds, 1995 Tahvonen and Storch, 1994 Nordhaus and Yang, 1996 Wigley et ai, 1996 see also the review by Fankhauser, 1995). Normally, the climate models are reduced to box-type models, while the economic models are represented as aggregated dynamic-growth models,... 

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