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Exact(22)
The results suggest that the PCL crystallization kinetic is only slightly disturbed by the segregation strength for weakly segregated systems while the block copolymer sequence shows a strong impact on the overall crystallization kinetics, and particularly on the nucleation step due to topological constraints.
The onset of microphase separation shifts towards higher temperature with increasing segregation strength.
Isothermal crystallization reveals that the transition pathways strongly depend on segregation strength.
Hence, the sol-gel transition depends on glass transition, segregation strength at bimodal temperature, and polymerization rate on cooling rate (Kazuki Nakanishi and Soga, 1992a).
A direct control over the final morphology and segregation strength for the block copolymer blends was achieved by blending of LN3 and LN4.
With increasing segregation strength, we observe a gradual decrease in crystallinity accompanying with smaller and thinner crystals.
Similar(38)
ODT behaviour of the blends further reveals that the blends shift from weak-segregation to intermediate-segregation strength with the increase in LN3 content.
The break-up behavior of the droplet is well correlated with the ratio of the shear strength and the segregation intensity parameter.
The achievement of the maximum hardness was related to the greatest GB solute segregation-induced strength contribution.
We also use a thermomechanical processing route, in terms of pre-compression, unloading, intermediate annealing, and re-compression, to explore the effect of solute segregation on strengths of related deformation modes.
The gradual elimination of all-but-one CF is preceded by a subtle segregation of synaptic strength among multiple inputs, where the eventual winner gains strength [ 38].
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