Energy Transfer Mechanism and Quantitative Modeling of Rate from an Antenna to a Lanthanide Ion
Peter A. Tanner, Waygen Thor, Yonghong Zhang, Ka‐Leung Wong
Abstract
risetime may be contributed by several processes. Observation of its temperature dependence and also that of the ground-state population can supply useful information concerning the mechanism because the change in metal-ion internal conversion rate has a greater effect than changes in singlet or triplet nonradiative rates. A critical comparison is included for the model of Malta employed in the online software LUMPAC and JOYSpectra. The theoretical treatment of the exchange mechanism and its contribution are now being considered.
Topics & Concepts
LanthanideEnergy transferMechanism (biology)IonAntenna effectAntenna (radio)Materials scienceEnergy (signal processing)Chemical physicsChemistryComputer sciencePhysicsOptoelectronicsTelecommunicationsLuminescenceOrganic chemistryQuantum mechanicsLanthanide and Transition Metal ComplexesAtomic and Subatomic Physics ResearchQuantum optics and atomic interactions