At this point the unpaired electrons can move between their two spin states.

The presence of unpaired electrons can be indicated by a "'".

The magnetic moment indicates the presence of two unpaired electrons.

Here there are six unpaired electrons all of parallel spin for a S ground state.

Unpaired electrons, however, remain magnetic, and thus sensitive to the Earth's field.

The second functional group comprises a site bearing an unpaired electron.

How many unpaired electrons are present in each of the following ground-state atoms?

A compound in which there are no unpaired electrons is said to be diamagnetic.

The cross effect requires two unpaired electrons as the source of high polarization.

Essentially a free radical is a molecule containing unpaired electrons.

The unpaired electrons cause radicals to be unstable and reactive.

Free radicals are a molecule or atom with an unpaired electron.

In general, a "radical" is any species in which unpaired electrons are present.

Seven electron species are free radicals with unpaired electrons.

In organic chemistry, compounds with an unpaired electron are said to be free radicals.

In contrast, dioxygen under ambient conditions has two unpaired electrons.

A free radical is an atom or group of atoms that contain at least one unpaired electron.

In addition N has thre unpaired electrons and likes to form three bonds.

Free radicals are highly reactive atoms that have at least one unpaired electron.

The unpaired electron is located at the opposite end to the hydrogen atom, as indicated.

A chlorine atom has an unpaired electron and acts as a free radical.

Due to its 4 unpaired electrons in 3d shell, an iron atom has a strong magnetic moment.

It was found that the ortho–para conversion rate per ion is proportional to the number of unpaired electrons.

Free radicals are molecules in a living system that include an unpaired electron in their structure.

However due to having two unpaired electrons the molecule has a magnetic dipole moment.