Sentence examples for dissimilar properties of from inspiring English sources

Block copolymers remain one of the most extensively studied classes of polymers due to their innate ability to infuse the dissimilar properties of homopolymers into a single material by spontaneously self-organizing at the molecular level.

The idea of diverse transport pathways for taurine and other osmolytes has been suggested in the past, based on dissimilar properties of taurine and excitatory amino acid release in cultured astrocytes, hippocampal brain slices, and in a mammary cell line [35], [66], [74].

Some effects must be related to the dissimilar properties of the two tracers used, and to what degree these are displaced from the OR.

Because of the considerable number, dissimilar production techniques, and different properties of engineering materials, the selection process of materials can be regarded as a complex undertaking for an engineer or designer.

The model for the stiffness or slip modulus is general in nature; it includes both the dowel (or shearing) action and withdrawal action of the screw, the friction between the members and it takes into account possible dissimilar properties and geometries of the different parts of the joint configuration.

Nanoindentation could also detect dissimilar properties between particles of a same cathode.

Also, the effect of dissimilar properties and geometries between the two parts of the joint is illustrated.

From this perspective, it is possible that the reduction in coherence reported by Zhou et al. (2008) arises because of the activation of cells with dissimilar properties responding to the new orientation components added by the noise.

In this review, we discuss published evidence for (and in some cases against) the assembly of dysbindin into several multi-protein complexes with dissimilar properties as well as proposed roles of dysbindin and its associated complexes in multiple aspects of brain development and function.

For polymers with dissimilar properties, this model predicts that the concentration profiles are highly asymmetric, with substantial swelling of the slower-diffusing component by the faster-diffusing component.

2D materials exhibit dissimilar properties than their bulk counterpart and demonstrate the shape- and size-dependent properties, which make them suitable for a variety of nanoapplications [121].