Abstract
The structure of polyethylene (PE) blends between deuterated high-density PE (DHDPE) and hydrogeneous PE with various degrees of side chain branching (for example, linear low-density PE (LLDPE)) has been investigated on the basis of WAXD, SAXS, IR absorption spectra, and SALS measured at room temperature. For the blend samples showing an almost perfect cocrystallization phenomenon between the D and H species (DHDPE+LLDPE(2)), the unit cell parameters, crystallite size, interlamellar spacing, and spherulite size change continuously depending on the relative D/H content
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