This makes osmium tetroxide the main source of contact with the environment.

Its tetroxide is used in histological experiments to stain tissues.

It breaks down to antimony tetroxide when heated to a high temperature.

For properties and uses of minium see lead tetroxide.

Some osmium compounds are also converted to the tetroxide if oxygen is present.

It is made by reacting copper with nitrogen tetroxide.

When it is compressed, two of the molecules bond, making dinitrogen tetroxide.

This eliminated the need to use osmium tetroxide, which was a rare and expensive chemical.

It also makes the dinitrogen tetroxide when it is cooled.

It is supposed to consist of chlorine tetroxide with some free chlorine.

The reaction mechanism is by carbon tetroxide reacting with an oxygen atom.

Examples of such solutes are noble gases and osmium tetroxide.

If not inhibited, it will form nitrogen tetroxide on contact with most metals and some organic materials.

Pentaborane was also investigated to be used as a bipropellant with nitrogen tetroxide.

This dramatically reduces the amount of the highly toxic and very expensive osmium tetroxide needed.

The most common compound exhibiting the +8 oxidation state is osmium tetroxide.

In April 1845, he was poisoned by osmium tetroxide vapors and had to stop working for two weeks.

Osmium tetroxide boils at 130 C and is a powerful oxidizing agent.

The railcar contained dinitrogen tetroxide which was used as a process oxidant.

A pipe broke loose from the missile in the silo and there was a release of nitrogen tetroxide.

The butadiene matrix was stained with osmium tetroxide to provide contrast in the image.

With the asymmetric oxyamination reaction, using osmium tetroxide, being the earliest.

In excess air, it burns to antimony tetroxide.

Red-fuming nitric acid, nitrogen tetroxide, hydrazine, that sort of thing.

As such, it should form a volatile tetroxide, HsO4, due to the tetrahedral shape of the molecule.