Polyethylene growth rate against temperatur

Fig. 9.91 Plot of In growth rate against crystallization temperature for two iinear polyethylene fractions. Circles Mw = 3900, = 3390 squares Mw = 5800,...

$Fig. 9.91 Plot of In growth rate against crystallization temperature for two iinear polyethylene fractions. Circles Mw = 3900, = 3390 squares Mw = 5800,...$

The relation between the growth rate and crystallization temperature of low molecular weight fractions of isotactic poly(propylene) follows a pattern similar to poly(ethylene oxide) and polyethylene. Figure 9.93 is a plot of log growth rate against the crystallization temperature for two fractions of isotactic poly (propylene), M = 20(X) and = 3000.(319) The curves are similar to those of the other... [Pg.187]

Fig. 13.27 Plot of growth rate against crystallization temperature for a linear polyethylene fraction, A/w = 4050, crystallizing from p-xylene at indicated concentrations. (From Leung et al. (52))...

$Fig. 13.27 Plot of growth rate against crystallization temperature for a linear polyethylene fraction, A/w = 4050, crystallizing from p-xylene at indicated concentrations. (From Leung et al. (52))...$

Fig. 9.97 Log-log plot of spherulite growth rate, G, against weight average molecular weight, Mw, for linear polyethylene fractions at indicated crystallization temperatures. Data from Labaig (171) o, A data from Hoffman et al. (167,337).

$Fig. 9.97 Log-log plot of spherulite growth rate, G, against weight average molecular weight, Mw, for linear polyethylene fractions at indicated crystallization temperatures. Data from Labaig (171) o, A data from Hoffman et al. (167,337).$

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