Search Results - "Torikai, Delson"

Effect of Heat Treatment on the High-Purity Silica Glass Prepared from Amorphous and Crystalline Powders by Small Angle X-Ray Scattering by Shinohara, Armando H., Sekiya, Edson H., Torikai, Delson, Ogata, Daniela Y., Suzuki, Carlos K., Kellermann, Guinter, Torriani, Iris L.

“…High-purity silica glass prepared from high-purity amorphous and crystalline powders by flame fusion and sintering at high temperatures in vacuum, was…”
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Effect of H 2/O 2 ratio on the GeO 2 concentration profile in SiO 2:GeO 2 glass preforms prepared by vapor-phase axial deposition by Cuevas, Raul F, Gusken, Edmilton, Sekiya, Edson H, Ogata, Daniela Y, Torikai, Delson, Suzuki, Carlos K

“…GeO 2 radial concentration in silica glass preforms, prepared by vapor-phase axial deposition (VAD) method, was analyzed by X-ray fluorescence (XRF)…”
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Crystalline and amorphous phases of GeO 2 in VAD silica–germania soot preform by Sekiya, Edson H, Torikai, Delson, Gusken, Edmilton, Ogata, Daniela Y, Cuevas, Raul F, Suzuki, Carlos K

“…In germanium doped optical fiber, produced by vapor-phase axial deposition (VAD) technique, the refractive index profile is controlled by the radial…”
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Crystalline and amorphous phases of GeO2 in VAD silica-germania soot preform by SEKIYA, E. H, TORIKAI, D, GUSKEN, E, OGATA, D. Y, CUEVAS, R. F, SUZUKI, C. K

“…In Ge-doped optical fiber, produced by vapor-phase axial deposition (VAD) technique, the refractive index profile is controlled by the radial distribution…”
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Effect of H2/O2 ratio on the GeO2 concentration profile in SiO2:GeO2 glass preforms prepared by vapor-phase axial deposition by CUEVAS, R. F, GUSKEN, E, SEKIYA, E. H, OGATA, D. Y, TORIKAI, D, SUZUKI, C. K

“…GeO2 radial concentration in SiO2 glass preforms, prepared by vapor-phase axial deposition (VAD) method, was analyzed by XRF measurements. The results were…”
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Vitreous silica processing by vapor phase deposition for optical fiber preform by Suzuki, C. K., Torikai, D.

“…With the fast development of information technologies, the demand for high performance and low cost, for example in the production of optical fiber, is…”
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