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The strain rate during the HA drawing increased with increasing drawing temperature and applied tension.
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The modulus decreases with increasing drawing-strain as a result of the breaking up of the crystalline network (strain softening).
Our results show that the crystallinity increases with decreasing drawn temperature and increasing draw ratio.
Both orientation and crystallinity increase with increasing draw ratio and draw rate, but decrease with increasing draw temperature in the temperature range of 90 114°C.
It was clearly demonstrated that apparent B value increased with increasing draw pressure.
In general, power densities increased with the increasing draw solution concentration and system temperature.
The supposedly linear performance with increasing draw solution concentration mentioned by some is incorrect.
The study also reveals that increasing draw temperature does not necessarily increase the draw ratio for onset of crystallization λc as previously supposed: at sufficiently high strain rates, λc decreases with increasing draw temperature.
Post-drawing systematically induced macromolecular alignment and altered the chemical bond composition of polycaprolactone nanofibers with increasing draw ratio.
The compaction temperature required to achieve the maximum tensile modulus was seen to increase with increasing draw ratio.
The resultant tensile properties increased with increasing draw ratio, due to orientation crystallization during tensile draw, which was indicated by DSC and WAXD measurements.
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