How to pronounce“droplets”in English

droplets of blood floating around you know so if you can find a non-invasive way to do it that would certainly make life easier for us on board also when

droplets but then what we want to try and do is train the oil droplets to be like crabs give them an internal representation

These droplets are irregular in size, shape, velocity and distance, and the whole process is chaotic.

Those droplets are traveling through this like maelstrom of hydrogen flow.

Fog droplets tend to float.

Fog droplets impact the mesh.

Water droplets cling to this and that makes them heavy enough to fall as rain.

To make the droplets, extremely pure tin is melted and pushed through a microscopic nozzle by high pressure nitrogen.

like the little irregular droplets come together to form these perfectly spaced, perfectly regular droplets that are about the same size and shape

- But these droplets not only have to be identical, they have to be moving incredibly fast.

self-organized droplets, that we call protobionts.

And then larger droplets fall from the mesh into a trough, and then into a collection tank.

So they're making droplets, fine mists, out of this liquid waste, and that can drift down wind

And then the droplets are this protein glue, aggregate silk protein glue.

so you use micro droplets as reaction chambers to basically amplify rna so here's the idea you basically have

The problem was that the tin droplets were too dense, meaning that most of the emitted EUV light was still getting reabsorbed

So in order to basically track the droplets for that, we use laser curtains and we can sort of look at when does the droplet pass through a laser curtain.

get like a little tiny droplets of citrus goodness.

You can see the water droplets flying everywhere.

It can hide one of those droplets behind the event horizon.

sizes uh aerosols tiny tiny droplets

and you then lice all of the droplets and you sequence the heck out of that and you have for every rna molecule a unique identifier that tells you what

And the most important aspect of fog is that the droplets in fog are microscopic.

we see with these dynamic oil and water droplets.

um these are composed of ice crystals rather than water droplets which the lower clouds tend to be middle clouds

and cools there's more likelihood of some moisture forming into droplets and appear in as CL that's how it happens

through a cloud uh it can sometimes cause the droplets to freeze and you get

then as you talk and sneeze and cough you expel droplets and then those are inhaled by other people and then they reproduce and

more and it could be that for most people the tiny droplets don't have enough

this there's not a controlled environment to measure droplets and so forth you'd have to do it in a laboratory situation if you use an

you can get an idea of what kind of droplets were involved so that makes it much harder to if you're if you're leaning on epidemiological

ion electrospray colloid um tends to mean like liquid droplets

But it turns out that you can't instantly make thousands of tin droplets that are the exact same.

And so mastering that modulation of the jet is how we make the droplets.

So we have a requirement which is both that we make 50,000 droplets per second, but also that they're traveling extremely fast.

That's the level of precision that we need to deliver the droplets.

Your cells, which are very delicate little fatty droplets of proteinous activity wandering around in your body,

And eventually, if you have many small cloud droplets, you will have a cloud.

And that's the particulate smoke, either in droplets or solid particles that get emitted.

So essentially what you're doing is you're taking your tiny droplets of fat or your tiny droplets of water surrounding it on all sides with emulsifiers.

So when you run your spatula through and then hold up the droplets, it's going to cool down rapidly, this little sample that you've taken out of the pan.

But it's nice to set a baseline and look at the droplets over the time that it's cooking to see how it's setting up.

Let's look at our droplets one more time, and then I'll talk about the canning process.

it any further, you get cloud droplets and precipitation.

cloud freezes and it's ice crystals grow at the expense of the water droplets

You’d just be powder or liquid powder, droplets.

so those are the ones that might get by enough virus in the tiny droplets to be able to infect someone at a distance and

other end but some experiments have been done with masks and just droplets with no virus in them right right yes and you can measure

And it doesn't just hit one droplet, it hits 50,000 droplets every single second.