Thin film materials with Sm(III) far room temperature hole burning: design and photomechanism studies
|Published in||Molecular Crystals and Liquid Crystals. 1998, vol. 314, no. 17, p. 155-160|
|Abstract||Multicomponent thin films with spectral hole burning capacity at room temperature were synthesized by using molecular beam and pulsed laser deposition techniques All materials were activated by Sm2+ in low-symmetry alkaline earth sites, the synthesis involved the control of ionic diffiision rate during multilayer growth and special reduction of Samarium. Enhancement of hole burning rate by 1-2 orders is obtained in nanocrystalline films as compared to bulk and microcrystalline materials New hypothetic mechanism involving the creation of Sm-defect (photochromic) centers is proposed for reversible photoburning.|
|Keywords||Spectral hole burning — Disordered crystals — Thin films — Samarium — Molecular beam deposition — Pulsed laser deposition|
This document has no fulltext available yet, but you can contact its author by using the form below.
|Research group||Groupe Bill|
|JAANISO, Raivo et al. Thin film materials with Sm(III) far room temperature hole burning: design and photomechanism studies. In: Molecular Crystals and Liquid Crystals, 1998, vol. 314, n° 17, p. 155-160. https://archive-ouverte.unige.ch/unige:2949|