Nonlinear upconversion quenching in Er-doped glasses: modeling and experiment
Н. В. Никоноров, Alexander K. Przhevuskii, Alexander V. Chukharev
Abstract
Н. В. Никоноров, Alexander K. Przhevuskii, Alexander V. Chukharev
Abstract
Nonlinear upconversion quenching in high Er-doped glasses has been studied with use of Monte Carlo modeling and a new experimental steady-state technique. The experimental and simulated results exhibit that the upconversion coefficient depends on the following factors: (a) erbium content, (b) migration of excitation, (c) pump power, and (d) duration of pulse pumping.
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Nonlinear upconversion quenching in high Er-doped glasses has been studied with use of Monte Carlo modeling and a new experimental steady-state technique. The experimental and simulated results exhibit that the upconversion coefficient depends on the following factors: (a) erbium content, (b) migration of excitation, (c) pump power, and (d) duration of pulse pumping.
Key concepts: Photon upconversion, Erbium, Materials science, Quenching (fluorescence), Excitation, Doping, Monte Carlo method, Nonlinear system