Sentence examples for blends indicated a from inspiring English sources
The reduction in iPP crystallinity index (Xc) value found for iPP/EPRTi blends indicated a strong interference of the crystallization process of EPRTi ethylenic sequences with the iPP crystallization process.
Only one Tg was found in PDLA/PMA and PDLA/PMMA blends, indicating a high degree of miscibility in both systems.
A lowering of the CH3 asymmetric stretching frequency of PEMA with an increasing amount of CR in the PEMA/CR blends indicates a dipolar interaction between the polar methyl acrylate and chloride groups.
SEM studies of cryogenically fractured surfaces indicated a decrease in dispersed phase domain size with the addition of the ionomer, while the impact fractured surfaces of PA6/EVA blends indicated extensive deformation with the formation of rumples indicating increased interfacial adhesion as compared to PA6/EVA blends.
Large deformation behavior of aged blends indicated that SEBS-g-MA performed best by far.
Visual inspection of the SEM images of the blends indicated that the guest particles adhered to the surface of paracetamol resulting in effective formation of interactive mixtures.
The effect of MAP on the mechanical properties of PP/LCP blends indicated that MAP interacted with the amide group preferentially over the ester group.
Dynamic rheology of some of the uncured blends indicated the physical gel-like behaviour due to the presence of small crystallites acting as physical crosslinks.
The morphology of the blends indicated that the EPDM phase was preferentially dispersed as domains in the continuous Sorona® matrix up to 30% of its concentration.
The single composition-dependent Tgs of the blends and the melting temperature (Tm) depression of sPS in the blends indicated the miscible characteristic of the blend system at all compositions.
However, all methods show only a single glass transition in PPO/PS blends, indicating that the existence of two effective Tgs due to self-concentration effects is not a universal phenomenon in miscible polymer blends with a large Tg contrast.
