Fluid in sentence

307 examples of Fluid in a sentence

So, the first problem to solve is how to convert those sound waves, wherever they’re coming from, into waves in the fluid.

Those convert the large movements of the eardrum into pressure waves in the fluid of the cochlea.

Its motion pushes the fluid within the long chambers of the cochlea.

Once there, the sound vibrations have finally been converted into vibrations of a fluid, and they travel like a wave from one end of the cochlea to the other.

It’s lined with hair cells that have specialized components called stereocilia, which move with the vibrations of the cochlear fluid and the basilar membrane.

There's fluid flowing across these cells, so we can begin to interconnect multiple different chips together to form what we call a virtual human on a chip.

Stashing one of the insects in his mouth for safekeeping, he reached for the new specimen – when a sudden spray of hot, bitter fluid scalded his tongue.

We can actually model that behavior better as a fluid, if you look at it.

Gender has always been considered a fact, immutable, but we now know it's actually more fluid, complex and mysterious.

There's a long tradition in Asian culture that celebrates the fluid mystery of gender.

And when I was born, the doctors told my mom, "Your daughter has no amniotic fluid around her.

And I'm not advocating that you not listen to your doctors, because even with our first child, we were induced at 38 weeks; cervical fluid was low.

In those visits to the emergency room, I had two CAT scans, I had a needle placed in the lower part of my back to collect spinal fluid, I had nearly a dozen blood tests.

In this respect, the data has gone from a stock to a flow, from something that is stationary and static to something that is fluid and dynamic.

So the brain has this large pool of clean, clear fluid called cerebrospinal fluid.

But what's interesting is that the fluid and the waste from inside the brain, they don't just percolate their way randomly out to these pools of CSF.

Now, what was surprising to us was that the fluid on the outside of the brain, it didn't stay on the outside.

Yet the blood vessels, they extend from the surface of the brain down to reach every single cell in the brain, which means that fluid that's traveling along the outsides of these vessels can gain easy access to the entire brain's volume, so it's actually this really clever way to repurpose one set of vessels, the blood vessels, to take over and replace the function of a second set of vessels, the lymphatic vessels, to make it so you don't need them.

But our most surprising finding was that all of this, everything I just told you about, with all this fluid rushing through the brain, it's only happening in the sleeping brain.

Yet in the same animal, if we wait just a little while until it's gone to sleep, what we see is that the CSF is rushing through the brain, and we discovered that at the same time when the brain goes to sleep, the brain cells themselves seem to shrink, opening up spaces in between them, allowing fluid to rush through and allowing waste to be cleared out.

So it seems that Galen may actually have been sort of on the right track when he wrote about fluid rushing through the brain when sleep came on.

I had a chance to rule out a stroke in this chimpanzee and make sure that this gorilla didn't have a torn aorta, evaluate this macaw for a heart murmur, make sure that this California sea lion's paricardium wasn't inflamed, and in this picture, I'm listening to the heart of a lion after a lifesaving, collaborative procedure with veterinarians and physicians where we drained 700 cc's of fluid from the sac in which this lion's heart was contained.

So sticky note systems are not only more fluid, they generally produce way more nodes than static drawings.

This is a Klein bottle wine bottle, which, although in four dimensions it shouldn't be able to hold any fluid at all, it's perfectly capable of doing so because our universe has only three spatial dimensions.

It actually turns out that with computational fluid dynamics, what we're able to do is create these simulations that give us higher resolutions than actually physically going in and taking readings in the plane.

But feelings are fluid, not very concrete foundation for a definition.

In 1883, the physicist Osborne Reynolds figured out that there is one simple number that can predict how a fluid will behave.

It's called the Reynolds number, and it depends on simple properties like the size of the swimmer, its speed, the density of the fluid, and the stickiness, or the viscosity, of the fluid.

And there are also two hair-lined sacks filled with fluid.

When you move, the fluid shifts and tickles the hairs, telling your brain if you're moving horizontally or vertically.

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