Features of Propagation of Electromagnetic Waves in Sol-Gel Optical Waveguides under Varying Temperature) of optical waveguides based on
sol-gel materials have been studied and behavior of the ERI temperature
Sol-gel method preparation silica gel-glasses, doped trivalent rare-earth ions for fiber optics applicationsGaishun, V.E.,
Semchenko, A.V.,
Melnichenko, I.M.,
Tulenkova, O.I.,
Potapenok, Y.A.,
Гайшун, В.Е.,
Семченко, А.В.,
Тюленкова, О.И. Optical materials prepared by the
sol-gel process are of current technological interest.
Sol-gel Thin-Film Capacitor Based on the Strontium Titanate Formed by the Sol Gel TechniqueAnaraki, H.,
Gaponenko, N. V.,
Rudenko, M. V.,
Kolos, V. V.,
Petlitskii, A. N.,
Turtsevich, A. S.,
Гапоненко, Н. В.,
Руденко, М. В.,
Колос, В. В.,
Петлицкий, А. Н.,
Турцевич, А. С. titanate film of 280 nm
thickness is the base of the capacitor. This film was made by
the
sol gel Thermal properties of channel optical waveguides based on sol–gel materialsTemperature characteristics of various channel waveguides fabricated using the
sol–gel technology
Nanomaterial by Sol-Gel Method: Synthesis and ApplicationThe
sol-gel process is a more chemical method (wet chemical method) for the synthesis of various
Sol-gel process preparation of functional silica materials and their applicationGaishun, V.E.,
Kosenok, Ya.A.,
Kovalenko, D.L.,
Semchenko, A.V.,
Гайшун, В.Е.,
Косенок, Я.А.,
Коваленко, Д.Л.,
Семченко, А.В. the processes of transition of a
sol into a
gel, and
further into a solid body with particular properties
Sol-Gel Materials Doped with Transition Element Ions and NanoparticlesSol-Gel Materials Doped with Transition Element Ions and Nanoparticles