Ideal phase diagrams

Figure 10.4 Idealized phase diagram for pairs of polymers that form miscible biends at intermediate temperatures...

Levine and Slade [1.16] investigated the mechanics of cryostability by carbohydrates. Figure 1.19.1 shows an idealized phase diagram developed from differential scanning calorimetry (DSC) measurements for hydrolyzed starch (MW > 100) and for polyhydroxy combinations having a small molecular mass. With slow cooling (quasi in equilibrium conditions), no water crystallizes below the Tg curve. 

Figure 5. Idealized phase diagram for a binary alloy. The liquidus slope m and equilibrium segregation coefficient k are defined in the text.

Fig. 1 Idealized phase diagram depicting the supercritical region. and are the critical temperature and pressure, respectively. View this art in color at www.dekker.com.)...

FIGURE 4.10. Idealized phase diagram of the M-W-O system [4.45] (A) monotungstates and polytungstates (B) oxide and bronzes of ideal composition (C) oxygen-deficient oxides (D) reduced polytungstates (E) bronzes with cation excess (F) bronzes with cation deficiency (G) oxygen-deficient oxides with cation contamination. 

Figure 104 Idealized phase diagram for an imaginary surfactant in water.

FIGURE 9.28 (a) U nit-cell model of the equiaxed dendritic growth of a crystal. The liquid within the grain envelope and within the element are shown as well as the mass fraction distribution of the species A (b) the idealized phase diagram (c) the mass fraction distribution of the species A for two different elapsed times. (From Rappaz and Thevos, Ref. 152, reproduced by permission 1987 Pergamon.)... 

Idealized phase diagram of a substance whose two polymorphs exhibit an enantiotropic relationship. 

FIGURE 9.1 Idealized phase diagram for a pure compound describing the formation of a supercritical fluid. Abbreviations T, triple point CP, critical point Pc, critical point pressure Tc, critical point temperature. 

Figure 11.14 Idealized phase diagram for a surfactant-water-oil system.

FIG. 7 Idealized phase diagram for microemulsion-forming water/oil/surfactant system under well-balanced conditions. (Redrawn from A. Kabalnov, B. Lindman, U. Olsson, L. Piculell, K. Thuresson, and H Wennerstrom, Colloid. Polym. Sci. 1996, 274, 297.) The Winsor I and Winsor II microemulsions are on the right-hand and left-hand sides, respectively, of the central microemulsion region, whereas the Winsor III microemulsion is located at the downward tip. 

Figure 3.3.58 System anthracene and phenanthrene as an example of an ideal phase diagram with both solids completely soluble in one another [Eq. (3.3.91)].

The sequence of phases observed on increasing mean curvature is shown in the idealized phase diagram shown in Fig. 4.26. Here the... 

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