Photoionization is the physical process in which an ion is formed from the interaction of a photon with an atom or molecule. [2] Not every interaction between a photon and an atom, or molecule, will result in …

Photo-ionization, the interaction of electromagnetic radiation with matter resulting in the dissociation of that matter into electrically charged particles. The simplest example, the photoelectric effect (q.v.), …

Photoionization is defined as the process in which a molecule expels an electron upon absorbing energy from one or more photons, resulting in the formation of radical cations.

Abstract This chapter outlines the theory of atomic photoionization, and the dynamics of the photon-atom collision process. Those kinds of electron correlation that are most important in photoionization …

In this phenomenon, a photon of angular frequency is absorbed by an electron that occupies the ground state of a hydrogen atom. The final energy of the electron, where is the (negative) hydrogen ground …

Photoionization is a process in which a photon ejects one or more electrons from a neutral atmospheric particle (atom or molecule) turning it into a charged particle - an ion.

Photoionization is a process of ionization by photons. It is one of the most important processes for studying astronomical objects.

The term generally used to describe ionization of any species by photons. The process may, for example, be written Electrons and photons do not 'impact' molecules or atoms; they interact with …

Photoionization is a process where a photon (a particle of light) interacts with an atom or molecule, causing an electron to be ejected from the atom or molecule.

Photoionization is the physical process in which an incident photon ejects one or more electrons from an atom, ion or molecule. This is essentially the same process that occurs with the photoelectric effect …