Sentence examples for final material from inspiring English sources

on the final material properties will be discussed.

The three-dimensional structure of the final material can be predicted theoretically.

The final material allows about 70percenttransparencycy and yet collects 99percentt of the particles.

The final material could be producing a significant amount of power.

Polymerisation occurs around emulsion droplets, which create voids in the final material.

The final material was filter sterilized, aseptically vialed, and stored at −80 °C.

XRD patterns suggest that the final material LUS-CuLA exhibits a well-ordered 2D hexagonal structure.

Whether either of these is possible generally depends upon what makes up the plastic substitute in the final material.

This route leads to a final material of relative density close to 98±2%.

This brings the possibility of controlling the dispersion and self-assembly of NPs in the final material.

The key parameter for defining the final material composition is the intersection distance of the flames, which was systematically varied.