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Branching model

However, the quantity which is frequently discussed and related to specific branching models is the ratio of intrinsic viscosities at constant molecular weight )... [Pg.109]

Fig. 2 The Weibel symmetrical branching model of the lung. (From Ref. 12.)... [Pg.484]

Good flow splitting design is dependent on the accurate prediction of the pressure drop caused by the various bends, branches and straight sections of pipe. This can be achieved by employing the above branch model(s), proven for the particular material and application, coupled with the accurate pipeline test-design procedure described in Sec. 2.4 of this chapter. [Pg.766]

Pore size has been evaluated through the DFT method, using the NLDFT adsorption branch model for cylindrical pore [10],... [Pg.250]

The composite model is a combination of the monoparametric v model with the simple branching model. This method has proven useful in modelling amino acid, peptide and protein properties49. It is an improvement over the simple branching model and requires only one additional parameter. [Pg.710]

FIGURE 4.19 Tree of all possible models for three regressor variables with AIC values for a hypothetical example. If the AIC is used for model selection the right branch (models with x2 + x3 or x2 or x3) of the tree can he excluded. [Pg.156]

The simple branching model for the steric effect is given by equation 9 ... [Pg.282]

Fig. 52. The dependence of the coefficient C on branching for various branching models f denotes the functionality of the monomer for the polycondensates, and of the star centre, respectively10 ... Fig. 52. The dependence of the coefficient C on branching for various branching models f denotes the functionality of the monomer for the polycondensates, and of the star centre, respectively10 ...
Theoretical and experimental treatments of gels go hand-in-hand. The former are covered first because they will help us understand gel point and other concepts. Two main theories have been used to interpret results of experimental studies on gels the classical theory based on branching models developed developed by Floiy and Stockmayer, and the percolation model credited to de Gennes. Gelation theories predict a critical point at which an infinite cluster first appears. As with other critical points, the sol-gel transition can be in general characterized in terms of a set of generally applicable (universal) critical exponents. [Pg.347]


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See also in sourсe #XX -- [ Pg.76 ]




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