Sentence examples for molecular weight causes from inspiring English sources

Increasing the GB Bloom index accelerates network formation and results in higher elastic modulus (G'), while increasing the XG molecular weight causes the opposite effect due to diffusion limitations.

An associated reduction in molecular weight causes the polymer to yellow and become brittle.

The polymer of higher molecular weight causes formation of the more closely packed polymer film on the adsorbent surface.

As one can see, at this concentration, the polymer with lower molecular weight causes the higher decrease of the electrokinetic potential.

Considering the fact that the presence of PAA with the highest molecular weight causes the greatest reduction in these two parameters, in this paper, respective results for the mixed oxide/PAA 240,000 systems are presented.

The addition of the polymer of lower molecular weight causes the increase in suspension stability of all tested solution pH (distinct reduction in TSI in comparison to the data achieved in the absence of ASP, Table  4).

Moreover, aPS with a lower molecular weight caused a further decrease in the crystallization rate of sPS.

The rate of secondary nucleation is reduced by branching, but the rate of reptation is reduced by increasing molecular weight causing the aforementioned effects.

It was also found that repeated thermal cycling under a nitrogen atmosphere low enough in temperature not to alter molecular weight caused larger and more ordered PCL and POSS crystalline structure to form for the TPU3.6k series.

By running side by side each lysate before and after treatment with PNGase F (New England Biolabs, Ipswich, MA), it was possible to visualize a shift in molecular weight caused by removal of N-linked glycans.

Our experimental results are strong evidence of the hypothesis that even a small increase in the concentration of high molecular weight species causes a significant increase in the the formation, stability and concentration of the flow-induced oriented microstructure.