electron

As nouns the difference between electron and chemotroph

is that electron is while chemotroph is an organism that obtains energy by the oxidation of electron-donating molecules in the environment.

As nouns the difference between electron and debunching

is that electron is while debunching is (physics) the tendency of a beam of electrons (or other charged particles) to disperse because of mutual repulsion.

As a noun electron

is .

As an adjective interelectron is

between electrons.

As a noun electron

is the subatomic particle having a negative charge and orbiting the nucleus; the flow of electrons in a conductor constitutes electricity.

As an adjective multielectron is

containing multiple electrons.

As nouns the difference between electron and jellium

is that electron is while jellium is (physics) a quantum mechanical model of a gas of electrons.

As nouns the difference between electron and pseudopotential

is that electron is while pseudopotential is (label) a simplified approximation of the effective potential of electrons in a complex system such as a crystal lattice.

As nouns the difference between electron and cyclotrigermenium

is that electron is while cyclotrigermenium is (chemistry) a compound containing a ring of three germanium atoms, with a double bond between two of them (the germanium analogue of cyclopropene).

As nouns the difference between electron and cathodoluminescence

is that electron is the subatomic particle having a negative charge and orbiting the nucleus; the flow of electrons in a conductor constitutes electricity while cathodoluminescence is a form of luminescence produced by the bombardment of a metal or a phosphor by electrons (as in a traditional television).

As a noun electron

is .

As a verb delocalize is

(biology) to remove from a locality.

As nouns the difference between electron and cryoelectroncs

is that electron is while cryoelectroncs is (physics) the study of the behaviour of electrons in materials at very low temperatures; especially the study of superconductivity.