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This paper reports on the time-resolved emission spectra and the fluorescence decays of Nd3+ in ASN (Srl-xNdyLax-yMgxAl12-xO19 with [MATH] and [MATH]). The Nd3+ decay profiles are fitted according to the Hopping model. The decay time decreases with increasing y due to strong interactions between Nd3+ ions. Fluorescence intensity is given as a function of x and y and is maximum for y values close to 0.1

journal de physique iv (proceedings)

Influence of composition on the fluorescence spectra and fluorescence decay profiles of Nd<sup>3+</sup> in the laser material ASN (Aluminate de Strontium-Néodyme)

Influence of composition on the fluorescence spectra and fluorescence decay profiles of Nd3+ in the laser material ASN (Aluminate de Strontium-Néodyme)

Influence of composition on the fluorescence spectra and fluorescence decay profiles of Nd³⁺ in the laser material ASN (Aluminate de Strontium-Néodyme)