How to pronounce “fluorine” in English

Fluorine, lithium, and beryllium all have low atomic numbers.

fluorine in them at all.

So fluorine really, really wants that electron.

by fluorines.

But the fluorine isn't done there.

The carbon fluorine bond is the strongest in the periodic table.

He said the fluorine-- he said you're right that fluorine is where this whole scheme goes to hell.

That the fluorine, he said, it would be OK with the neon, and it would observe sort of an "armed truce" with the chlorine, but everything else--

C6-- six carbons with fluorines all around.

And because of the carbon-fluorine bonds, humans and animals have no way to break down C8, so it could slowly build up, mimicking those fatty acids

But they found another type of fluorine in the blood too, which was organic fluorine, carbon-fluorine bonds, and it didn't follow the same trend.

The trouble is that the same carbon-fluorine bonds that make PFAS so stable and useful in consumer products also make them incredibly persistent in the environment.

And picked because the fluoride-- fluorine doesn't absorb neutrons.

earth in which they're buried fluorine.

And Plunkett's magic powder was completely covered in carbon-fluorine bonds, so it hardly reacted with anything.

It had a chain of eight carbon atoms covered in fluorines, but at the other end, there was a double-bonded oxygen and an OH group.

So near a carbon atom, fluorine grabs onto one of the carbon's electrons to complete its outer shell, and this keeps the two atoms bonded together.

They're called fluoropolymers because of the long repeating chains of carbon and fluorine bonds.

It's a pair of double-bonded carbons, each bonded to two fluorine atoms.

The reason it was so indestructible was because of this bond, the carbon-fluorine bond.

See, out of all of the elements, fluorine is the greediest, the most electron-hungry atom.

First, like Teflon, its tail is made of carbon-fluorine bonds, which makes it incredibly stable.

- But just three months later, 3M compared the spectrum of organic fluorine from the study to their own chemicals, and

They belong to a family of over 14,000 different manmade chemicals, all covered in carbon-fluorine bonds.

First up, you have long, repeating chains of carbon-fluorine bonds that are tens or hundreds of thousands of atoms long, so stuff like Teflon.

So not only is it super-reactive, there's a fluorine compound which, if you have a gas of this compound,

and you place things in it, almost any substance will spontaneously catch fire in a fluorine atmosphere, including, for one of these compounds, ice cubes.

before spreading out over it, and then also we have chlorine that's just below the fluorine, which is almost as bad.

It keeps tugging on the carbon's electrons, pulling them closer to itself, which makes fluorine slightly negatively charged and the carbon slightly positive.

The actual coating on the pan is Teflon, which, again, is just a long, inert chain of carbon-fluorine bonds.

The one, though, that I want to point out here is fluorine.

It's the most reactive element in the periodic table, and I was recently reading a list of chemists who have been mauled or killed doing fluorine experiments.

And as if the whole situation were not combustible enough, it's not just happening in oxygen, because we've got fluorine from the row

And all of this is wrapped in this smoke that's boiling off, which is also smoke that's full of fluorine compounds, just to make things more exciting.

Now in this scenario, it would not kill you before the arsenic, the phosphorus, the smoke, the fluorine, and then also, again,

And also at this point, it's definitely the least your problems, but all I can think is also there's a liter of fluorine in there too.

And so the British Museum, with some reluctance, agreed that they could be tested non-destructively, for the presence of fluorine, and they had no

And second, C8 looks like the fatty acids that humans and animals need for normal functioning, just with fluorines instead of hydrogens.