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Fibers in sentence

107 examples of Fibers in a sentence

The environmental savings could be huge, and all we would have to do is start to shift more of our resources to start to produce more of these items using more natural fibers, like 100 percent organic cotton.
That was like the fibers of the cotton candy creating this structure, this tubularized structure, which is a biomaterial that we can then use to help your body regenerate using your very own cells to do so.
So they're spinning these tiny nano fibers of pure cellulose.
You can imagine that then maybe you can use a pure protein to guide light, and so we've made optical fibers.
It can also mean the fibers that grow from a head.
It has to go all over the world: through fibers, through satellites, through all kinds of connections.
But what seems so slow and graceful from the outside is really more like chaos inside, because cells control their shape with a skeleton of rigid protein fibers, and those fibers are constantly falling apart.
When you look at this orb web, you're actually seeing many types of silk fibers.
You can see multiple fibers coming out of the spinnerets, because each spinneret has many spigots on it.
Each of these silk fibers exits from the spigot, and if you were to trace the fiber back into the spider, what you would find is that each spigot connects to its own individual silk gland.
What silk biologists do is we try to relate these sequences, these amino acid sequences, to the mechanical properties of the silk fibers.
Here are stress-strain curves generated by tensile testing five fibers made by the same spider.
So what you can see here is that the five fibers have different behaviors.
If you look at the maximum stress value for each of these fibers, you can see that there's a lot of variation, and in fact dragline, or major ampullate silk, is the strongest of these fibers.
So silk fibers vary in their strength and also their extensibility.
There's quite a bit of variation within the fibers that an individual spider can make.
So, take that from a tree, form it into fibers, and then those fibers can strengthen things, such as airplanes, buildings, cars.
So all of those colored lines correspond to bunches of axons, the fibers that join cell bodies to synapses.
It had the central fluid, it had the surrounding wall, and the reinforcing fibers in the wall were arranged in crossed helices around the long axis of the skeleton.
And you can see two layers of fibers, one in blue and one in yellow, arranged in left-handed and right-handed angles.
So you can see that the fibers wrap in helices, and those fibers can reorient as the skeleton moves, which means the skeleton's flexible.
Why was everyone surprised at this? That's because we knew theoretically that there was another way of arranging fibers in a hydrostatic skeleton, and that was with fibers at zero degrees and 90 degrees to the long axis of the structure.
Those fibers in that particular orientation give the skeleton a very, very different behavior.
But the only difference is that the fibers are arranged differently.
Well, to conclude, I can say that we made a material using steel fibers, the addition of steel fibers, using induction energy to really increase the surface life of the road, double the surface life you can even do, so it will really save a lot of money with very simple tricks.
It's actually relatively simple to do, technically, because it can use existing fibers that are in the ground, existing wireless infrastructure.
My ideal world is a place where no one is left behind, where everyone is needed exactly where they are, like the fibers and the tendons in a bow, a place where the strong is flexible and the vulnerable is resilient.
It's a thought in my brain, but at the same time, it's busy secreting acetylcholine and doing all sorts of other things as it makes its way from the motor cortex down through the nerve fibers in the arm.
Stroke you normally think of as damage to the fibers, nothing you can do about it.
And if we zoom in again, we see that the cells are actually surrounded by a 3D matrix of nano-scale fibers, and they give a lot of information to the cells.
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