Hydrogen fluoride is HF.

The fluoride is the base.

Thallium(I) fluoride (or thallous fluoride or thallium monofluoride) is the chemical compound composed of thallium and fluorine with the formula TlF.

I just have a negative fluoride here, I could say a negative fluoride, if I put that in actually, I keep making that same mistake.

Carbonyl fluoride is the inorganic compound with the formula COF2.

Hydrogen fluoride is a chemical compound with the chemical formula HF.

I'd like to make an appointment for fluoride treatments for my son.

Fluorite (also called fluorspar) is the mineral form of calcium fluoride, CaF2.

And then you have left over your fluoride anion, or negative ion.

And what you have here is boron trifluoride, with a fluoride anion.

The main environmental issue that arises from using PAF is the production of fluoride gases.

In this situation, this fluoride right here, or this fluorine anion can donate these 2 electrons.

A could be a fluorine molecule right there, because then this would be hydrogen fluoride or hydrofluoric acid.

The fluoride minerals containing essential yttrium include tveitite (Y) (Y,Na)6Ca6Ca6F42 and gagarinite (Y) NaCaY(F,Cl)6.

At the same time, aquifers tapped for domestic use increasingly have unsafe levels of naturally occurring contaminants, including arsenic and fluoride.

A krypton fluoride laser (KrF laser) is a particular type of excimer laser, which is sometimes (more correctly) called an exciplex laser.

It is not entirely clear whether the fluoride itself is toxic it may simply be a surrogate measure for some other toxic metabolite.

Microbiological contamination of water sources is a common problem in many countries and chemical contamination (notably arsenic and fluoride) is increasingly a concern.

So we can instead of saying hydrofluoric acid is our acid we could say hey, if I just have a fluoride anion, if

Other compounds detected in volcanic gases are oxygen (meteoric), hydrogen chloride, hydrogen fluoride, hydrogen bromide, nitrogen oxide (NOx), sulfur hexafluoride, carbonyl sulfide, and organic compounds.

Although fluoride (F2) lasers are available that produce 157 nm light, they are not practical because of their low power and because they quickly degrade the materials used to make the lenses in the stepper.

Eventually however, the desired line widths became narrower than what was possible using mercury lamps, and near the middle of the 2000s, the semiconductor industry moved towards steppers that employed krypton fluoride (KrF) excimer lasers producing 248 nm light.

And then it could form hydrogen fluoride, but we know that hydronium isn't just sitting everywhere, that whenever you take the reverse reaction, whenever you're going in this direction this doesn't have to grab this hydrogen from an H3O.