The crystallization process of poly(1-butene) and its blends with hydrogena
ted oligocyclopentadiene was analyzed in dependence on composition. Both is
othermal and nonisothermal crystallization processes were studied, and the
isothermal crystallization process was investigated starting from both the
glass and the melt states. Results revealed that spherulite growth rate, ov
erall crystallization rate, and morphology are strongly dependent on crysta
llization conditions and blend composition. Nonisothermal crystallization d
ata were analyzed according to the theories of Ozawa and Ziabicki. (C) 1999
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