Sentence examples for blending led from inspiring English sources

The low initial crystallinity and high hydrophilicity of the blends, along with a synergetic outcome produced by blending, led to a higher molecular weight loss.

The adjusted single-step blending led to the highest reliability of genomic predictions, followed by the original single-step blending, and the GBLUP method resulted in the lowest reliability.

Tensile results show that adding ND considerably enhances Young's modulus, and reactive blending leads to further improvement in Young's modulus while hardly reducing the elongation at break of HDPE.

Additionally, it was found that higher chitosan content in the precursor blends led to thinner nanofibers.

A higher PLGA concentration in the blend led to immiscible PCL/PLGA phase-separated HFs with an inhomogeneous morphology and variation in the cell culture results.

The addition of P3HT-b-PS in P3HT PCBM blend led to the formation of more homogenous structure compared to the pure P3HT PCBM blend.

By XPS N1s peak convolution, it was found that thermal treatment of blends led to dedoping when the curing temperature reached 250°C.

Cooling the crystalline/crystalline polymer blends led to POM first crystallization in the PBSU melts, followed by PBSU crystallization in the POM crystal-filled PBSU melts.

Also, microstructure of blends studied by SEM showed that incorporation of IF-WS2 into the blends led to reduction of dispersed domain size attributed to reduction of interfacial tension due to the filler presence.

The produced orientation and the negative volume of mixing of the blends led to a range of LCP materials with intermediate modulus and tensile strength and slightly higher ductility.

The addition of up to 6 part per hundred (phr) of an organoclay to a 80/20 (w/w) PTT/EPDM-g-MA blend led to ternary compounds that came together as a means of balancing stiffness/strength versus toughness/ductility.