diatomic

This value is usually 1.4 for air and diatomic gases.

Light is used to create two free radicals from one diatomic species.

One approach to studying the effect is for that of a diatomic molecule.

A diatomic gas molecule thus has 6 degrees of freedom.

Diatomic carbon can also be found under certain conditions.

It is very reactive gas, which exists as diatomic molecules.

It is stable only as a diatomic gas and has been found naturally in cool stars.

An example of a linear rotor is a diatomic molecule.

However, this is only true if oxygen and hydrogen gases are assumed to be diatomic.

Two atoms are bonded together to form a unit known as a diatomic molecule.

"I'll send the tissues for diatomic analysis, but I don't expect they'll find much."

As temperatures rise, all diatomic gases approach this value.

For a diatomic molecule, the geometry is defined by the length of a single bond.

This would imply a fast leak rate for the diatomic nitrogen and oxygen.

It has been attributed to diatomic in the complex crystal structure of gallium.

Most diatomic molecules are somewhere between the idealized cases (a) and (b).

The energy given off is sufficient to form ozone from diatomic oxygen:

Diatomic gases are also almost exclusively diamagnetic, and not paramagnetic.

A diatomic molecule has one normal mode of vibration.

Likewise oxygen gas in nature is present as the diatomic molecule O2.

Single bonds are often seen in diatomic molecules.

Many elements and chemical compounds aside from these form diatomic molecules when evaporated.

All of the elements in the period can form diatomic molecules except beryllium and neon.

To understand what causes vibrational fine structure, it is simplest to start with a diatomic molecule.

As hydrogen is a diatomic molecule, the product of combustion is only water.