Relaxation processes in film waveguides based on chalcogenide vitreous semiconductors
DOI:
https://doi.org/10.24144/2415-8038.2001.9.110-120Abstract
The investigation of relaxation changes of parameters of film waveguides based on as-evaporated As-S and As-Se films lias been carried out. The regularities which permit to connect the said regularities with the peculiarities of structural transformations in films in the after condensation period are determined. The nature and peculiarities of the structure-stipulated optical anisotropy in researched.
References
Balan В., Vigreuix C., Pradei M Waveguides based upon chalcogenide glasses// Journal of Optoelektronics and Advanced Materials.- 2001,- V.3, No2.-p.367-372.
Лукша О.В., Крышеник В.М., Трунов М.Л., Иваницкий В.П. Структурно обусловленные эффекты в оптических аморфных планарных волноводах // Материалы оптоэлектроники,-вып. 1,-1992,- Київ. “Техніка”,- с.49-63.
Ulrich R., Torge R. Measurement of thin film parameters with a prism coupler// Applied Optics.-1973,- V.12, Nol2.-p.2901-2908.
Tanaka K. Photoinduced structural changes in amorphous semiconductors.// Физика и техника полупроводников.-1998,- Т.32, N8,- с.964-969.
Schulte A., Rivero С., Richardson К. At al. Bulk-film structural differences of chalcogenide glasses probed in situ by near- infrared waveguide Raman spectroscopy// Optics Communications.- 2001.- V. 198, N1-3.- p.125-128.
Shimakawa K., Ganjoo A. Current understanding of photoinduced volume and bandgap changes in amorphous chalcogenidcs // Journal of Optoelektronics and Advanced Materials.- 2001.- V.3,No2.-p. 167-176.
Танака К. Фотоиндуцированные превращения в аморфных полупроводниках // Автометрия.-1988, N4,- с. 12-17.
В.Колинько С.А., Крышеник В.М., Лукша О.В. и др. Исследования
структурных превращений и старения пленок As-S и As-Se для интегрально¬оптических применений // Тез.докл. Междунар. конф. “Некристаллические полупроводники-89”.-Ужгород, 1989.-Т. 1 .- с. 240-242.
Лукша О.В., Крышеник В.М., Стефанович В. А. и др. Структурные исследования планарных волноводов As-S // Применение халькогенидных стеклообразных полупроводников в оптоэлектронике. Тез. докл. 3-го Всесоюзн. совещан., Кишинев,-1991 гс.34-35.
Ю.Фельц А. Аморфные и стеклообразные неорганические твердые тела // Пер. с нем - М., “Мир”, 1986,-558с.
Крышеник В.М., Колинько С,А., Власов В.И. и др. Стимулированные и релаксационные изменения структуры и оптических тонкопленочных волноводов на основе ХСП // Применение ХСП в оптоэлектронике: Тез. докл. 2-го Всесоюзн. совещ.-Кишинев,-1989.-C.26-27.
Luksha О., Ivanitsky V., Kolinko S. Structural modification of As-Se amorphous films // Journal of Non-Crystalline Solids- 199l.-V.136.-p.43
Tanaka K., Kasanuki Y., Odajima A. Physical properties and photoinduced changes of amorphous Ge-S films // Thin Solid Films. - 1985.-V.117.-p.251-260.
H.Andricsh A.M, Bolshakov O.V., Zhitar V.V., Popescu A.A. Optical effects in thin film waveguide of glassy arsenic sulfide // Journal of Non-Crystalline Solids-1987,- V.90.-p.565- 568.
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