Sentence examples for behaviour and the morphology from inspiring English sources

Curing of the epoxy resin modified the crystallization mechanism, the melting behaviour and the morphology.

The thermal behaviour and the morphology of the present copolymers reveal no discontinuities with increasing comonomer content and support a model in which the morphology changes gradually from a lamellar base morphology into a granular one consisting of small blocky structures and, possibly via fringed-micelles, into a morphology consisting of loosely packed ethylene sequences.

The crystallization and melting behaviour and the morphology of fractions of poly(propylene-stat-ethylene) with 2.7 11.0 mol% ethylene were studied by differential scanning calorimetry, wide-angle X-ray scattering, polarized light microscopy and transmission electron microscopy, after etching with permanganic acid.

The thermal behaviour and the morphology of the copolymers change in a continuous way as the comonomer content is increased, supporting the model in which the morphology changes gradually from a lamellar base morphology into a granular one consisting of small block-shaped structures.

But, they do not answer the crucial question of how the material itself influences construction behaviour, and the morphology of the resulting artefact.

Such selectivity is crucial, as the properties of the raw material may influence subsequent behaviour, and the morphology of the resulting artefact, simply by requiring, allowing or preventing certain actions.

In tool making [ 5], and construction behaviour more generally [ 36, 37], the properties of raw materials are likely to have profound effects on both the behaviour expressed and the morphology of the resulting artefacts – simply by permitting or restricting certain actions – but very few studies have explored these relationships.

These phenomena were interpreted as the influence of the phase behaviour of DEBEB and the morphology of the composite membranes on the gas permeabilities.

The nucleation behaviour and growth morphology of the Al3Sc primary particles formed in a slightly hypereutectic Al 0.7Sc alloy have been studied for a range of cooling rates in a FEG-SEM, using extracted particles, and in the TEM.

Despite the improved behaviour and morphology of the parasites, there is still a residual inflammatory response that needs to be addressed in order to optimise this model further.

Both of these factors can play an important role in the phase behaviour of the mixtures, and the morphology of the resulting phases.