Material in sentence

2390 examples of Material in a sentence

You can break up the material, for example, into these short, modular units of eight to 12 minutes, each of which represents a coherent concept.

Students can traverse this material in different ways, depending on their background, their skills or their interests.

So, for example, some students might benefit from a little bit of preparatory material that other students might already have.

Perhaps one of the biggest components of this effort is that we need to have students who practice with the material in order to really understand it.

Here, every single student has to engage with the material.

This ability to interact actively with the material and be told when you're right or wrong is really essential to student learning.

So let's start getting into the countries and into the specific material and data.

To do this, I designed a multilayer optical material shown here in a microscope image.

Just to emphasize how weird and counterintuitive this is: this material and others like it will get colder when we take them out of the shade, even though the sun is shining on it.

I'm showing you data here from our very first experiment, where that material stayed more than five degrees Celsius, or nine degrees Fahrenheit, colder than the air temperature, even though the sun was shining directly on it.

The manufacturing method we used to actually make this material already exists at large volume scales.

If we can harness today's technologies, from AI to blockchain to the Internet of Things to material science, if we can harness these in service of distributive design, we can ensure that health care, education, finance, energy, political voice reaches and empowers those people who need it most.

Imagine that we build an enclosure where we put it just underwater, and we fill it with wastewater and some form of microalgae that produces oil, and we make it out of some kind of flexible material that moves with waves underwater, and the system that we're going to build, of course, will use solar energy to grow the algae, and they use CO2, which is good, and they produce oxygen as they grow.

These were the structures that would be floating at the surface made out of some inexpensive plastic material that'll allow the algae to grow, and we had built lots and lots of designs, most of which were horrible failures, and when we finally got to a design that worked, at about 30 gallons, we scaled it up to 450 gallons in San Francisco.

Well, we found of course that this material became overgrown with algae, and we needed then to develop a cleaning procedure, and we also looked at how seabirds and marine mammals interacted, and in fact you see here a sea otter that found this incredibly interesting, and would periodically work its way across this little floating water bed, and we wanted to hire this guy or train him to be able to clean the surface of these things, but that's for the future.

Now, what's happening here is people are realizing the power of technology to unlock the idling capacity and value of all kinds of assets, from skills to spaces to material possessions, in ways and on a scale never possible before.

They're three or five or eight thousand miles in length, and if the material science and the computational technology is incredibly complicated, the basic physical process is shockingly simple.

So I've mentioned WikiLeaks, because surely what could be more open than publishing all the material?

What I proposed first doing is looking at a different material palette to do that.

And the reason that is, is because in a place like this island, a lot of the sand is made of biological material because the reefs provide a place where all these microscopic animals or macroscopic animals grow, and when they die, their shells and their teeth and their bones break up and they make grains of sand, things like coral and so forth.

Lexicography is really more about material science.

He did these things to all kinds of material.

Finally, I came to know it is a special cellulose derived from a pinewood, but even after that, you need a multimillion-dollar plant like this to process that material.

So the question is, how do they deal with this material?

It's made of asphalt, and asphalt is a very nice material to drive on, but not always, especially not on these days as today, when it's raining a lot.

It's a noisy material, and if we produce roads like in the Netherlands, very close to cities, then we would like a silent road.

Porous asphalt, a material that we use now in most of the highways in the Netherlands, it has pores and water can just rain through it, so all the rainwater will flow away to the sides, and you have a road that's easy to drive on, so no splash water anymore.

Here you see actually how the damage appears in this material.

If we can make this material self-healing, then probably we have a solution.

So they donated to us a piece of highway, 400 meters of the A58, where we had to make a test track to test this material.

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