Sentence examples for introducing a new material from inspiring English sources

Introducing a new material into the tread/top of rail interface can raise questions about the impact on signalling systems.

Re "Concrete: The Remix" (March 31): Keeping the environment in mind requires that we think beyond CO2 emissions; understanding the challenges of introducing a new material demands that we think beyond the material itself.

"One question is when to get started with putting graphene on a commercial process line," says Wang. Semiconductor manufacturing is an extremely well controlled process defects at the scale of single atoms can turn a high-performance chip into trash so introducing a new material takes much time and care.

"Now you've taken the slow step, the biggest hurdle in silicon electronics, and you've introduced a new material and — boom!

So either they have to find a way to work around the problem with silicon (via multi-level cell arrays, for instance), introduce a new material like graphene, or try something completely different.

In this paper diamond foam (DF) is introduced as a new material for thin-film supercapacitor application.

In addition to varying size, shape, and composition, tuning of magnetic properties through the interface coupling of different magnetic materials becomes a prevailing strategy, introducing a new variable for the rational material design and property control in fundamental science and technological applications [3, 4].

We also address a long-standing limitation of all previous many-light approaches that leads to fundamentally incorrect results in scenes with glossy materials, by introducing a new virtual light type that does not have this limitation.

Some doors in the building were in fact half wood, half glass, and if we would have introduced a new building material with a loss of 4 dB (equal to the average of glass (2 dB) and wood (6 dB)), we would have obtained an absolute deviation averaged over all floors of only about 2 dB instead of 3.06 dB.

This study introduces a new biodegradable material, Ologen™ collagen matrix (OCM), to repair scleral thinning as an alternative to preserved scleral tissue, and evaluates the long-term outcomes of OCM for ocular surface reconstruction surgery.

However, the properties of the final material are hard to control by traditional synthetic methods Herein, we introduce a new strategy of material design that allows controlling the desired properties of the final material already from the molecular level by sequential solvent treatment of supramolecular aggregates that serve as the reactants.