General description of configurational coordinate model and kinetic of luminescence

Abstract

The configuration coordinate model has been used to explain the luminescence behavior of The configuration coordinate model has been used to explain the luminescence behavior of luminescence materials. In order to understand the luminescence process, the configuration luminescence materials. In order to understand the luminescence process, the configuration coordinate model has explored. We begin by describing some of the early obse coordinate model has explored. We begin by describing some of the early observations and interpretations of optical absorption and of luminescence. The absorption and emission interpretations of optical absorption and of luminescence. The absorption and emission process are involving the optical transition between two harmonic oscillators ground state and process are involving the optical transition between two harmonic oscillators ground state and excited state. The principal emphasis is on radiative transit excited state. The principal emphasis is on radiative transit ions between electronic states, both optical optical absorption and luminescent absorption and luminescent emission. Finally, emission. Finally, the the luminescence luminescence- based kinetic determination has examined to study the effect of concentration of excited species to the determination has examined to study the effect of concentration of excited species to the luminescence process.