Fig. 5.10 Solidification in an alloy with a wide freezing range. (a and b) Early stages. (c and d) Latter stages More

Fig. 2.12 Two-dimensional dendrites formed during the freezing of a polymer solution. Source: Ref 2.4 More

Fig. 10.35 Alloys 1, 2, and 3 illustrating different freezing behaviors. Adapted from Ref 10.3 More

Fig. 12.2 Ideal freezing curve of a pure metal. Source: Ref 12.1 More

Fig. 12.3 Natural freezing and melting curves of a pure metal. Source: Ref 12.2 as published in Ref 12.1 More

Fig. 12.4 Ideal freezing curve of a solid-solution alloy. Source: Ref 12.3 as published in Ref 12.1 More

Fig. 12.5 Ideal freezing curves of (1) a hypoeutectic alloy, (2) a eutectic alloy, and (3) a hypereutectic alloy superimposed on a portion of a eutectic phase diagram. Source: Ref 12.3 as published in Ref 12.1 More

Fig. 12.7 Differential thermal analysis (DTA) responses to melting and freezing of a pure metal under ideal conditions. a, onset temperature; b, peak signal; c, peak temperature. Adapted from Ref 12.4 More

Fig. B.5 Freezing sequence for an alloy casting. Source: Ref B.3 as published in Ref B.2 More

Fig. 6.1 Schematic of peritectic freezing More

Fig. 10.18 Progress of equilibrium freezing of a ternary isomorphous alloy. Adapted from Ref 10.3 More

Fig. 10.23 Sequence of equilibria involved in freezing of an alloy, showing gross composition in each isotherm. Adapted from Ref 10.3 More

Fig. 6.17 Schematic of peritectic freezing. Source: Ref 1 More

Fig. 7.5 Freezing sequence for an alloy casting. Source: Ref 3 More

Fig. 2.1 Lowering of the freezing temperature of water with increasing salt (sodium chloride, calcium chloride) content versus the weight percent of two different salts dissolved in the water More

Fig. 2.4 Freezing of a uniformly cooled alloy liquid involves nucleation, grain growth, and variable composition within each grain. Each dendrite develops branches along three sets of axes, each at 90° to the other. Only two sets of axes are shown here; the third set is at right angles More

Fig. 6-4 Schematic illustration of the chemical composition of a crystal as freezing occurs. See text for details More

Fig. 12.47 Freezing range and feeding ability More

Fig. 16 Scheil calculation of the freezing range of an industrial heat of 1030 °C (1886 °F) More

Fig. 6.25 Freeze block More