Sentence examples for blends compared with from inspiring English sources

Preliminary open circuit potential (OCP) test showed an increase in this potential in the blends, compared with uncoated stainless steel.

Meanwhile, the special simultaneous depression of glass-transition temperatures (Tg) of HPP and EPR was observed in all HPP/EPR/EbP blends compared with the Tgs of neat components, which was attributed to the enlarging free volume by imperfect co-crystals and infiltration of long ethylene chain segments of EbP component at interface.

Ethanol has a lower value when sold on the basis of its energy content, in high percentage blends, compared with its sale on the basis of its oxygenate value in low percentage blends.

The higher tensile strength and breaking points for F-127 blends compared with A-CP hydrogels indicate that the blending of F-127 caused the surface of the hydrogel to become smoother because of the F-127 polyethylene oxide group [ 19].

The results showed that in situ crosslinking of POE obviously increased the interfacial crystallization of iPP in the dynamically vulcanized blends, comparing with that of pure iPP and the unvulcanized blend.

The obtained % parameter involved a large enthalpy term, dominating the entropy term, and indicated that PS/PDMS was an extremely immiscible blend compared with other reported blends.

Despite not so high Tm and lower G of SC crystallites in the blend compared with those of homo-crystallites in the neat P L-2H3MB) and P L-2H3MB), the criticandTc of the blend above which the induction P D-2H3MBr sP D-2H3MB growthe(ti) becriticalsiTcve was higher by 30 °C than thofe of the neat polymers.

Expression of genes related with non-specific immune responses were also higher in grouper (Epinephelus malabaricus) fed a VO/FO blend compared with fish fed FO alone [ 37].

Model simulations of time-dependent plastic deformation for PLA/PBS blends compared well with experimental results.

DMTA analysis is performed to examine the thermo-mechanical properties of the resulting blends and compared with the simulated blend data.

The experimental phase behavior of ternary blends was compared with that of binary blends having the same chemical components and compositions except that the DMPC and TMPC were present in the form of copolycarbonates (DMPC TMPC).