electron

As nouns the difference between electron and pozitron

is that electron is while pozitron is positron.

As nouns the difference between antielectron and electron

is that antielectron is (physics) a positron while electron is .

As nouns the difference between electron and mesonium

is that electron is while mesonium is (physics) any exotic atom formed from a meson and an electron.

As nouns the difference between electron and straintronics

is that electron is while straintronics is (physics) a situation, shown in graphene and elsewhere, in which an applied strain causes electrons to behave as if they were in a magnetic field.

As nouns the difference between electron and electroexcitation

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 electroexcitation is the formation of an excited state by the absorption of an electron.

As nouns the difference between electron and electrodisintegration

is that electron is while electrodisintegration is (physics) the disintegration of an atomic nucleus by collision with an electron.

As a noun electron

is .

As an adjective axioelectric is

(physics) describing the interaction of axions and electrons.

As nouns the difference between electron and photofield

is that electron is while photofield is (physics) used attributively to describe a form of photoemission in which an electron in a metal is excited by a photon and subsequently tunnels out of the surface.

As nouns the difference between electron and oxidaniumyl

is that electron is while oxidaniumyl is (physics|chemistry) the cation h₂o⁺, present in interstellar space, formed by removal of an electron from a water molecule.

As nouns the difference between electron and siroheme

is that electron is while siroheme is a heme-like prosthetic group used by some enzymes to accomplish the six-electron reduction of sulfur and nitrogen.