Sentence examples for behavior of polymers at from inspiring English sources

Our work demonstrates the utility of TTSP in connecting the thermo-mechanical behavior of polymers at high strain rates and high temperatures to experiments performed at much different conditions.

Table 1 shows gelling behavior of polymers at varying pH and temperatures.

Understanding and modeling the behavior of polymers and composites at a wide range of quasi-static and high strain rates is of great interest to applications that are subjected to dynamic loading conditions.

Furthermore, the multicomponent phase behavior of polymer systems at supercritical conditions has been studied.

Constitutive equations are derived for the viscoplastic behavior of semicrystalline polymers at finite strains.

Thermal behavior of polymers and polymer nano composites under nitrogen atmosphere was studied.

As Fig. 3 shows, the shear-thickening behavior of polymers during injection increases the polymer viscosity by increasing injection rate.

While this approach has been used successfully to investigate a wide range of polymer formulations at equilibrium, field-theoretic models often fail to accurately capture the non-equilibrium behavior of polymers, especially in the early stages of phase separation.

For instance, we study the nature of the hydrogen atom, the dynamics of populations, or the behavior of polymers by studying their respective models.

Random polycarbonate polymers self-assembled in solution but appeared highly dynamic; such behaviors are desirable as ready disassembly of polymers at the microbial membrane facilitates membrane disruption.

The pH-responding behavior of polymer 5 in water indicates that it has excellent pH-sensitivity at pH 6∼7.