By John D. Buckley, Dan D. Edie
The main parts of carbon-carbon fabrics and composites are defined during this finished quantity. It provides information and expertise at the fabrics and buildings built for the creation of carbon-carbon fabrics and composites. The textual content consists of papers by way of thirteen famous authors of their parts of craftsmanship in relation to the methods and creation of those fabric structures and constructions. the subject material within the ebook is prepared to guide the reader via fabrics processing, fabrication, structural research, and purposes of general carbon-carbon items. the data supplied contains: fiber expertise, matrix fabric, layout of composite constructions, production suggestions, engineering mechanics, protecting coatings, and structural purposes utilizing carbon-carbon fabrics and composites.
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Extra resources for Carbon-carbon composites
Thus, the ovens used to carbonize and graphitize mesophase fibers (fig. 11) are similar to those used to process PAN precursor fibers. The process used to surface-treat and size mesophase pitch-based carbon fibers is similar to that used for PAN-based fibers. However, because pitch-based fibers are less reactive to surface oxidation, more severe reaction conditions are used during surface treatment. Power connection Water cooling coils Oxidized fiber Carbonized fib Figure 11. Schematic of carbon resistance furnace used to carbonize mesophase precursor fibers.
Singer, L. ; and Lewis, I. : ESR Study of the Kinetics of Carbonization. Carbon, vol. 16, no. 6, 1978, pp. 417423. 12. : Forming Optically Anisotropic Pitches. S. Patent 4,208,267, June 1980. 13. : Influence of Additives on Pyrolysis of Mesophase Pitch. Carbon ‘86Proceedings of the International Conference on Carbon, Deutschen Keramishchen Gesellschaft, Bad Honnef (Baden-Baden, Federal Republic of Germany), 1986, p. 842. 14. Nazem, F. : Flow of Molten Mesophase Pitch. Carbon, vol. 20, no. 4, 1982, pp.
The solution is pumped through a die head, where it is filtered to remove impurities before being extruded through a spinnerette containing a large number of small (approximately 100-pm) capillary holes. In the process shown in figure 2, the solution immediately enters a coagulating bath as it exits the capillary. This is termed wet spinning. 20 - Monomer Acrylic acid Structure H\ c=c: H , C=O H’ CH Itaconic acid H, Y c=c: H’ C=O CH2 C=O M Methacrylic acid H, 7 c=c: C=O CH3 H‘ H\ c=c: H Methyl acrylate C=O H’ 1 ?