Koch figures

Figure 9-6EE. Koch/Sulzer packing. Used by permission of Koch Figure 9-6FF. Liquid and gas mixing in Koch/Sulzer packing ele-Engineering Co., Inc., Bull. KS-2. ments. Used by permission of Koch Engineering Co., Inc., Bull. KS-2.

Figure 11.3a shows the variation of versus Rg. Taking accoimt of this dependence, it was found that df 1.60, which is close to the corresponding value for a macromolecular coil in a 0-solvent (df 1.66, see Table 11.2). The elements of Koch figures (Figure 11.3b) resemble most closely the freely jointed chain model, which is normally used to simulate macromolecules [94]. For this version, df = 1.61. Thus, the fractality of a block polymer at a molecular level can be regarded as proven. 

Insert variation of elements of a Koch figure having a dimension of df = 1.61 [3]. 

FIGURE 5.12 The dependence of impact toughness p on fracture surface fractal dimension for HDPE samples with sharp notch. In insertion overhead - Koch figures elements, illustrating fractal dimension determination for shear lips (Fig. 5.11, lower insertion). In insertion below - the dependenee of impact toughness on structure fractal dimension d iox HDPE samples with sharp noteh [47],... 

Figure 14. Koch Plastic Flexiring. (Courtesy of Koch Engineering Co., Inc., Bui. PFR-1.)...

Figure 17. Metal Pall Ring. Note Ballast Ring of Glitsch, Inc. is quite similar, also Koch Engineering Flexiring . (By permission, Norton Chemical Process Products Corporation.)...

Figure 8-14. Structured (matrix) packing. (From Koch Industries,)...

Figure 4-17A. Separation/Impingement action of Chevron-style mist eliminators. Flow Is up the V-shaped plates assembly. Courtesy of Bulletin KME - 12, Koch Engineering Co.

Figure 4-27B. Fiber-pack mist eliminator pack separators. By permission, Koch Engineering Co., Inc. Note that other manufacturers have basically the same concept however, the identification of types are peculiar to each.

Figure 8-56. Examples of gamma ray scanning diagnostic diagnosis of depropanizer column to evaluate performance. Used by permission, Tru-Tec Division, Koch Engineering Co., Inc.

Flexitray Type A Figure 8-72 valve lift w/srp edge orifice, round Koch Higher than Sieve Tray. Lower entrain than Sieve Wide range Low Good... 

Flexitray Type A w/ contoured hole Figure 8-73B Koch Ditto above Ditto above Ditto above... 

Flexitray Type S, fixed triangular valve Figure 8-72 Koch Medium Good, fixed by design Medium Good to Medium... 

Figure 8-136. Weeping correlation for Type-A valve (Koch) tray. Used by permission, Hsieh, C. Li. and McNulty, K. J., The American Institute of Chemical Engineers, Chem. Eng. Prog. V. 89, No. 7 (1993), p. 71, all rights reserved.

Hsieh and McNulty [210] (also see section on Sieve Trays) show that the weeping rate for 14.3% open area valve Koch Type-T (Figure 8-72) is nearly an order of mag- ... 

Figure 9-61. Metal pall ring. Note Glitsch Ballast Ring and Koch Engineering Flexiring are quite similar. Used by permission of Norton Chemical Process Products Corp., Bull. N-60D and Bull. MTP-1 (4/94).

Basic data in table for U.S. Stonetvare Cyclohelix spiral packing, Bui. TP 34, Ref. 5. Data for other spiral packings shown set to right from Maurice A. Knight Co. (now, Koch Engineering Co., Inc.) Bulletin No. 11, b permission. For D and S patterns. Figure 9-16. 

Figure 9-53. Koch/Sulzer packing. Design mass velocities for systems other than cis-trans-decaiin are obtained by dividing the values from Figure 9-52 by the f factor. For the following groups corrections should be applied to the number of carbons in the molecule ...

Koch Flexigrid packing bulletin [106] states that the packing (Figures 9-6SS, -TT) has a fixed, ordered orientation and is supplied as layers that stack in a prescribed fashion within the bed. Features include [106] ... 

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