triatomic

We find a deviation from the two rules for triatomic molecules.

Ozone is a triatomic gas even more reactive than oxygen.

Ozone, O is an example of a triatomic molecule with all atoms the same.

The vibrational modes of a triatomic molecule can be determined in specific cases.

Three of his last research articles concerned detection of triatomic hydrogen and helium-3.

Neutral triatomic hydrogen H can only exist in an excited form and is unstable.

Ozone is triatomic oxygen, and is claimed to be very dynamic stuff indeed.

Triatomic hydrogen, H, is unstable and breaks up spontaneously.

In this sense, the triatomic molecule (for example, water, or the carbon dioxide) can be treated as a three-body problem.

Triatomic molecules are formed by three atoms.

A linear triatomic molecule would only be considered non-polar if it is symmetric through the central atom.

These singular atoms then regroup in clusters of three to form the triatomic molecule, ozone (O).

This linear, triatomic pseudohalogen is an easily condensed colorless gas.

In the case of a triatomic molecule, this means that the eigenvalues can intersect at a point only (see conical intersection).

Ozone is a symmetric, bent triatomic molecule.

Mercuric chloride is not a salt but a linear triatomic molecule, hence its tendency to sublime.

The cation is also the simplest triatomic molecule, since its two electrons are the only valence electrons in the system.

Oxygen is a good example in itself, because it can also exist as ozone, which has the formula O3, which is triatomic.

Triatomic hydrogen or H is an unstable molecule composed of three atoms of hydrogen.

(2) Linear/bent triatomic molecules appear to be slightly more stable, other parameters being equal, if carbon is the central atom.

Familiar gases that are triatomic include carbon dioxide, hydrogen sulfide, ozone, and sulfur dioxide.

Oxygen, in addition to its diatomic form, also forms the homonuclear triatomic molecule, ozone (O).

The reduction of independent variables makes use of three properties of gas-phase, ground-state, triatomic molecules.

Thus, the balloon with the diatomic molecule would deflate faster than the triatomic molecule (if all other factors are equal).

Both liquid consist of triatomic molecules with strong intermolecular interactions via Be-F-Be bonds.