Revue des Sciences Fondamentales Appliquées
Volume 4, Numéro 1, Pages 25-31
2012-01-01
Auteurs : Diaf M. . Khiari S. . Labbaci K. . Guerbous L. . Jouart J. P. .
In the present work, we are interested by studying the spectroscopic properties for optical applications, mainly laser amplification, of MF2 crystals, where M is an alkaline earth (Ba, Sr) or Cadmium (Cd) doped with rare earth ions (Tb3+, Er3+, Ho3+). So far, we present the absorption and emission properties and also the fluorescence dynamics at room temperature of visible and near infrared transitions of the Er3+ ion doping these matrices. We also use the formalism of Judd-Ofelt by use of absorption spectra recorded at room temperature in order to identify the spectroscopic properties inherent in all radiative transitions which can occur.
rare earth, spectroscopic proprieties, absorption, Judd-Ofelt theory.
Zeoual Somia
.
Kebabi Brahim
.
Bougherara Hassina
.
pages 44-49.
Fadel L
.
Zouchoune F
.
Zouchoune B
.
Halet J-f
.
Saillard J-y
.
pages 99-102.
Shokr F. S.
.
Husseina M.
.
Dhahri E.
.
pages 24-27.
Subba Rao B
.
Walter Ratna Kumar B.
.
Murthy Kvr
.
pages 48-51.
Sissoko Daouda
.
Dabo Garan
.
Kalambry Aimé Césaire
.
Dama Mahamadou
.
Coulibaly Oumar
.
Diallo Oumar
.
Dramé Boubacar Sidiki Ibrahim
.
pages 31-34.