Sentence examples for behaviour of this blend from inspiring English sources

Quantitative data are presented which pinpoint how the thermal degradation behaviour of this blend differs from that of the components.

Furthermore, it was observed that the orientation behaviour of this blend is closely related to the spinodal mechanism of phase separation, in the range of temperatures and compositions investigated.

In addition, the coarsening behaviour of this blend was found to be flow direction independent due to the very high viscosity ratio of the blend, which led to in turn rather circular domains of PS in PVME matrix without any elongation or orientation in the direction of flow.

The mechanical and rheological behaviour of the blend show that this core shell graft copolymer can be used as a processing aid for PVC.

Phase-separation behaviour of the blend was monitored using TERS mapping after 2 and 5 min of annealing at 250 °C.

The behaviour of the blend is strongly influenced by the nature and polarity of the solvent, chemical structure and molecular mass of the components.

These particular features of PVP PEG interaction have been demonstrated to be embedded in a specific compositional behaviour of the blend glass transition temperature.

Firstly, coalescence was diminished to a small effect by studying the behaviour of the blend containing only 1 vol% polyamide-6 (PA-6).

No drastic change was observed in the dynamic viscoelastic behaviour of the blend composite as the glass-bead content was varied.

This was reflected by the stress strain and rheological behaviour of the blends.

Stress strain behaviour of the blends was obtained to extract the elastic modulus, tensile strength and elongation at break.