Sentence examples for blend when the from inspiring English sources
Complex modulus and phase angle results suggest that the bitumen/SBS/crystalline polymer blends have much better rheological property rather than the bitumen/SBS blend when the SBS fraction keeps the same in both ternary and binary blends.
Scanning electron microscopy (SEM) displayed a very good dispersion of ABS-g-GMA particles in the PBT matrix compared with the PBT/ABS blend when the content of GMA in PBT/ABS-g-GMA blends was relatively low (<8 wt% in ABS-g-GMA).
TEM can detect phase separation in blends when the blended copolymer contains just below 1 mol% of either butene or octene comonomer.
A blend composition dependence of χ23 has been found, leading to more miscible blends when the PCL content increases.
Annealing of the co-continuous PP/SEBS blends when the block copolymers are microphase-separated hardly influences the phase sizes and composition range.
The tri-block copolymers exhibited attractive compatibilizing efficiency for PLA/PBAT blends when the segment ratio of ethylene glycol/lactic was 2.1.
We observed a co-continuous morphology in PMMA PS, PC PS, PS HDPE and PS PP blends when the melt blend temperature was above the Tg, but below the Tcf of the constituent amorphous components, and a dispersed morphology when the melt blending temperature was increased far above the Tcf of the constituent amorphous components.
It is significantly more difficult to disperse the ABS and to generate toughened blends when the polyamide material is difunctional in character, i.e. a fraction of the chains having two amine end-groups.
Copolymers of poly methylacrylate-stat-maleimide), MA/MI, were blended with sampoly methylacrylate-stat-maleimideat-7-[2-methacryloyloxy] ethyladenine), S/MAAd, and poly methylacrylate-stat-maleimide-MA/MIcryloyloxy]ethyladenine), MMA/MAAd, and found to form miscible blends were the composition of the copolymers contained ≥15 mol% of the hydrogen blended units, MI and MAAd.
Higher EPR-g-MA contents lead to lower ductile brittle transition temperatures (Tdb) as expected; however, a-PA binary blends with EPR-g-MA have a much lower Tdb than do nylon 6 blends when the content of the maleated elastomer is not high.
