Sentence examples for materials will lead from inspiring English sources

Home environments that offer a child ample opportunities to learn through interaction with adults and age-appropriate materials will lead to positive reading outcomes (Hart and Risley, 1992).

From the point of view of nano-technology, aromatic boron materials are of particular interest, because delocalized electron clouds in these materials will lead to large linear and non-linear optical susceptibilities, just like corresponding carbon-based structures.

It can be seen that improving the ability to crush raw materials will lead to an increased rate of flavonoids extraction, while high degrees of crushing will reduce the extraction yield.

Our expectation is that the use of integrated materials will lead to a better understanding of evolutionary processes when they are presented at the organismal, population genetics or ecological level.

Progress in the understanding of self-renewal and directed differentiation of stem cells on biomimetic materials will lead scientists to propose the possibility of cell-based therapies to treat diseases, including the use of stem cells in tissue engineering.

The information about the direct oxidation of glucose on solid-state surfaces as well as new electrode materials will lead us to possible breakthroughs in designing the enzymeless glucose sensing devices that realize innovative and powerful detection.

It is unclear where this review of the material will lead.

Therefore, poor mixing of the melted material will lead to a weld with poor quality (Bagheri et al. 2013; Hoseinpour Dashatan et al. 2013).

This promising hybrid material will lead to the design of versatile optical probes that are efficiently responding to the external targets.

She believes that a general definition of information, one designed to capture the senses of information exemplified in environmental cues, man-made instructions, and evolved biological signals, as well as the sense of information in hereditary material, will lead to more useful generalizations and perspectives.

These results represent a significant advance in the fundamental understanding and design of effective electrode materials that will lead to more efficient batteries.