Title: Nonlinear Optic Nanocomposites Based on Oxide Glasses.
Authors: Sigaev, V. N.; Sarkisov, P. D.; Sukhov, S. S.; Pashkina, V. V.; Stefanovich, S. Yu.; Pernice, P.; Aronne, A.; Champagnon, B.
Abstract: The first nonlinear optic nanocomposite based on a low-melting vitreous matrix and a ferrielectric crystal has been obtained. The matrix consists of lead-borate glass and the filler is single-phase powder of ferrielectric KNbSi2O7. The quadratic optical nonlinearity of composites was studied depending on temperature and time of dissolution of crystals in the glass matrix. Conditions for producing transparent nanocomposites that generate the second optic harmonic are identified.
Subjects: NANOSTRUCTURED materials; COMPOSITE materials; NANOTECHNOLOGY; GLASS; MATERIALS; OXIDES
Publication: Glass & Ceramics, 2003, Vol 60, Issue 9/10, p305
ISSN: 0361-7610
Publication type: Academic Journal
DOI: 10.1023/B:GLAC.0000008232.88829.01

Nonlinear Optic Nanocomposites Based on Oxide Glasses.

Sigaev, V. N.; Sarkisov, P. D.; Sukhov, S. S.; Pashkina, V. V.; Stefanovich, S. Yu.; Pernice, P.; Aronne, A.; Champagnon, B.