Sentence examples similar to characterised the evolution of from inspiring English sources

"We propose that this change from liability to asset made possible the rapid increase in brain size that characterises the evolution of Homo species, leading to ourselves.

Identifying the factors characterising the evolution of conflicts in relation to spatial dynamics is complex.

Relationships between average reaction rate and time are proposed to characterise the evolution of dissolution rate.

Neutron diffractometry has been used to characterise the evolution of intergranular lattice strains during the tensile loading of the near-α titanium alloy Ti-834.

Proton mobilities, quasielastic broadenings, and changes in low-frequency inelastic intensities characterise the evolution of the peptide energy landscape as a function of momentum transfer and temperature.

X-ray diffraction and scanning electron microscopy were used to characterise the evolution of the structure and microstructure of the films.

The field is still challenged by inter-individual differences in oral physiology, but in vitro approaches to characterise the evolution of the food bolus have the potential to provide structure property oral processing relationships.

We characterise the evolution of the communities and study the user behaviour in LBSD by analysing the mobility features of users belonging to communities in comparison to non-community members.

The analysis of the diffusion layer thickness and concentration profiles of electroactive species corresponding to the application of a constant potential have allowed us to characterise the evolution of the mass transport from linear (high sizes) to radial (microelectrodes).

Raman spectroscopy is used to characterise the evolution of the CNS nucleation and growth with time in conjunction with TEM revealing the nano-sized graphene-like nature of these films and the intimate contact to the substrate.

The aim of the in-fracture reactive percolation tests under an imposed normal stress and temperature is to characterise the evolution of the fracture's hydraulic and hydromechanical behaviour with, in the first instance, the evolution of its permeability induced by the fluid/rock interactions resulting from the injection of an imposed chemical fluid.