Glass matrix bond

Fiber glass-reinforced plastic tanks, 24 299 Fiber grating, 11 150-151 Fiber length (FL), 18 148 Fiber manufacture, sodium bisulfite in, 23 673 Fiber-matrix bonding, 26 771-772 Fiber modification, chemical, 16 14 Fibernodes, 11 595 Fiber-optic probes, 16 524 Fiber optics, 11 128-162, 15 469 attenuation in, 11 132-133 dispersion in, 11 134-135 fiber drawing in, 11 141-145 fiber strength in, 11 141-145 history of, 11 128-131 inside processes for, 11 136-140 near-infrared, 23 141 optical amplifiers with, 11 145-146 optical fiber fabrication for,... 

Bright, J.D., Shetty, D.K., Griffin, C.W. and Limaye, S.Y. (1989). Interfacial bonding and friction in SiC filament-reinforced ceramic and glass matrix composites. J. Am. Ceram. Soc. 72, 1891-1898. 

Grande, D.H., Mandell, J.F. and Hong, K.C.C. (1988). Fiber-matrix bond strength studies of glass and metal matrix eomposites. J. Mater. Sci. 23, 311 328. 

The element is desolvated in the high-temperature molten glass matrix therefore, the atoms of the element are not tightly bonded to each other or to other species. 

Raman spectroscopy or far-IR spectroscopy can determine the fundamental vibration frequencies of the host. However, these methods give information about the whole glass matrix and do not account for the local nature of electron-phonon interactions. So, the fundamental frequencies are preferably determined by recording the phonon-side bands (PSB) of rare-earth transitions or by studying the temperature-dependence of multiphonon relaxations [42,43]. The phonon energies determined by PSB spectroscopy, which is the most direct method, are usually lower (400 cm-1 in ZBLAN) than those measured by other methods ( 500 cm-1) suggesting that weak M—F bonds are coupled to the rare-earth [43]. 

The authors described the reaction mechanism as occurring by impregnation of the sample, bond reaction, and bond depletion. Immediately the alkali consumes the cristobalite and attacks the glass of the matrix bond. Next the fine crystalline mullite bridges associated with the bonding matrix react with the soda. The mullite x-ray peak intensity is quickly reduced. The extent of attack on the coarser crystalline mullite is intensified at higher temperatures or as the reaction proceeds. When equilibrium... 

Millefiore paperweights are essentially formed using sintering. The individual canes of glass are bonded together in a glass matrix the essential point is that the canes do not melt. 

Load sharing occurs in a dispersion ofa higher modulus second phase in a lower modulus glass matrix, provided that strong particle-matrix bonding exists [127]. If the components of... 

The variation of the elastic modulus, fracture strength and fracture toughness of a model alumina platelet-reinforced borosilicate glass matrix composite with the volume fraction of platelets is shown in Figure 6 [17,128]. The material exhibited a pore-free matrix, uniform distribution of the platelets and strong matrix/platelet interfacial bonding. In Figure 6 both... 

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