Sentence examples for engineered to capture from inspiring English sources

The viruses were genetically engineered to capture molecules of manganese oxide a popular material for building lithium-air cathodes in a solution of water.

MIT researchers developed sophisticated computer simulations to understand how thin layers of photonic crystal could be engineered to capture and recycle the photons that slip through thin layers of silicon.

The CO2CRC's UNO MK 3 process is a precipitating potassium carbonate process engineered to capture 90% of carbon dioxide emissions from large scale emission sources such as power stations and other industrial sources.

The next wave of analog recording eventually spread from audio to video; magnetic recording tape was lightweight, fairly easy to handle, and could be engineered to capture amazingly accurate sound, or alternatively create astounding new sounds almost impossible in the real world — the Beatles' and Beach Boys' megahits of the late '60s would have been otherwise impossible.

The result will be an innovative building with roof gardens and courtyards extending out to the parking lot, where there are bioswales engineered to capture rainwater and let it percolate to the aquifer below, Mr. Trumbull and the mayor of Madison, Mary-Anna Holden, said.

Waste Management invests $400 million a year in its 249 landfills, which are much cleaner than those of a generation ago and are engineered to capture the methane gas generated by rotting garbage.

He described a device he invented with his brother — an electrical engineer — to capture high-resolution digital images of an object's surface at a microscopic level.

From what little I can remember of the subsequent recording sessions at Olympic Studios in London, it was a case of using mic placement and the right engineers to capture the rawness, energy and attitude of each track.

We show that ribosomes can be tagged with a camelid nanobody raised against GFP and that this system can be engineered to selectively capture translating mRNAs from neurons retrogradely labeled with GFP.

As I noted in Part 3 of this post, researchers are looking at engineered methods to capture and store carbon dioxide.

Coupled silicate-dissolution/carbonate precipitation reactions provide a carbon sequestration function that can be designed into soils specifically engineered to facilitate carbon capture.