Titlebook: Halide Glasses for Infrared Fiberoptics; Rui M. Almeida Book 1987 Springer Science+Business Media Dordrecht 1987 chemistry.crystal.diffrac

不确定

https://doi.org/10.1007/978-1-4614-4972-0 relationships for the thermal properties, in order to fill existing gaps in the available data, either by extrapolation or by analogy to other glass systems. Finally, the possible magnitude and effect of thermally induced stress in fluoride glass optical waveguides has been considered.

Focus-Words

https://doi.org/10.1007/978-94-017-3402-8active index, and the effects of ionizing radiation. The role of impurities such as metallic oxides, hydroxyl species, and carbon dioxide, and the merits and disadvantages of various reactive atmosphere treatments are discussed.

NAIVE

High Purity Components for Fluorozirconate Glass Optical Fibersrocessing (RAP) [5,6,7] is discussed in relation to removal of IR active anion impurities, the most troublesome of which is OH. due to the ubiquitous nature of its source, water. Moreover, RAP data is given relating to the elimination of black optical scattering centers emanating from fluorine deficiencies in the glass.

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Harrowing

maintenance

reperfusion

Optical Properties of Fluoride Glassesactive index, and the effects of ionizing radiation. The role of impurities such as metallic oxides, hydroxyl species, and carbon dioxide, and the merits and disadvantages of various reactive atmosphere treatments are discussed.

BRAVE

拔出

Fabienne Casoli,Thérèse Encrenazhe short range structures which best agree with the vibrational spectra are discussed, based on a model which includes two types of stretching force constants and one bending force constant. Tentative conclusions are derived concerning the main structural features which appear to favor glass formation in halide systems.

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