A method for the calculation of crystallite size distributions from the profile of wide-angle x-ray reflections is developed. The influence of lattice distortions on the profile is taken into account. The information about the lattice distortions is obtained from the measurement of the integral widths of a number of reflections. The method is applied to samples of (ethylen-1 hexen) copolymers. The change of crystallite size distributions in lateral directions with increasing temperature (20–121°C) is measured. Recrystallization processes at temperatures near the melting point are observed. © 1996 John Wiley & Sons, Inc
Crystallite size determination based on diffraction peak broadening is a widely used technique with ...
A new method is discussed in this study to compute the crystallite shape in a material by considerin...
Crystallization in oriented diblock copolymers containing poly(ethylene) (PE) has been investigated ...
A method for the calculation of crystallite size distributions from the profile of wide-angle x-ray ...
The temperature dependence of lattice distortion and crystallite size of polyethylene was discussed ...
The reversible transitions of the lamellae of a crystalline-crystalline diblock copolymer from the m...
The reversible transitions of the lamellae of a crystalline-crystalline diblock copolymer from the m...
Wide angle X-ray scattering (WAXS) data from poly(etheretherketone) (PEEK) was resolved into a cryst...
The crystallization and aggregation behaviors of semiconducting polymers play a critical role in det...
X-ray methods are very useful tools for the structural characterization of polymer systems. Consider...
The layered structure of plastic parts injection-moulded from industrial polypropylenes under varyin...
In situ X-ray diffraction studies of structural evolution of colloidal crystal films formed by polys...
Line Profile Analysis (LPA) of polymer samples using single order method employing various bimodal f...
Many studies have supported the existence of the amorphous region with reduced mobility induced by c...
Crystallization of polymer chains between hard glassy walls or between amorphous domains in a nanosc...
Crystallite size determination based on diffraction peak broadening is a widely used technique with ...
A new method is discussed in this study to compute the crystallite shape in a material by considerin...
Crystallization in oriented diblock copolymers containing poly(ethylene) (PE) has been investigated ...
A method for the calculation of crystallite size distributions from the profile of wide-angle x-ray ...
The temperature dependence of lattice distortion and crystallite size of polyethylene was discussed ...
The reversible transitions of the lamellae of a crystalline-crystalline diblock copolymer from the m...
The reversible transitions of the lamellae of a crystalline-crystalline diblock copolymer from the m...
Wide angle X-ray scattering (WAXS) data from poly(etheretherketone) (PEEK) was resolved into a cryst...
The crystallization and aggregation behaviors of semiconducting polymers play a critical role in det...
X-ray methods are very useful tools for the structural characterization of polymer systems. Consider...
The layered structure of plastic parts injection-moulded from industrial polypropylenes under varyin...
In situ X-ray diffraction studies of structural evolution of colloidal crystal films formed by polys...
Line Profile Analysis (LPA) of polymer samples using single order method employing various bimodal f...
Many studies have supported the existence of the amorphous region with reduced mobility induced by c...
Crystallization of polymer chains between hard glassy walls or between amorphous domains in a nanosc...
Crystallite size determination based on diffraction peak broadening is a widely used technique with ...
A new method is discussed in this study to compute the crystallite shape in a material by considerin...
Crystallization in oriented diblock copolymers containing poly(ethylene) (PE) has been investigated ...