High performance fibers carbon fiber

Figure 1.5, seems to be their structural organization both the anthracite and the Hexed precursor (a high-performance anisotropic carbon fiber) have, relatively speaking, a much more ordered structure. These data show that, depending on the precursor, the best activating agent can be either KOH (e.g., for anthracite or Hexed CF) or NaOH (e.g., subbituminous coal or Donac CF). 

Becker O, Varley R J and Simon G P (2003) Use of layered silicates to supplementarily toughen high performance epoxy-carbon fiber composites, J Mater Sci Lett 22 1411-1414. 

The principal classes of high performance fibers are derived from rigid-rod polymers, gel spun fibers, modified carbon fibers, synthetic vitreous fibers, and poly(phenyiene sulfide) fibers. 

The reinforcement of rubbers using nylon, rayon, vinyl, and polyester fibers was reported by various authors [10,58,73-75]. Because of the design flexibility and suitable end-use applications, high-performance fibers such as glass, carbon, and aramid also find extensive applications in short fiber-reinforced mbbers. A brief description of some of the major high-performance fibers commonly used in short fiber-rubber composites is given below ... 

Conrad-Limpach-Knorr synthesis, of quinolines, 21 189 Conrad recycling process, 21 455 Conradson carbon test method, 11 705, 721 Consensus materials standards, 15 743 Consent decree protocols, in the United States, 11 692-694 Consent decrees, 11 689-690 Consequence analysis, 21 860-861 Consequence modeling, 13 165-166 Conservation applications, high performance fibers in, 13 398 Conservation of energy, 21 290 Conservation of mass, 11 737, 738-739 Conservation, of resources, 24 164-167 Conservation scientists, 11 398-399 Consistent force field, 16 744 Consolidants, in fine art examination/ conservation, 11 410... 

Fiber(s), 77 163-188. See also Acrylic fibers Carbon fibers Filled fibers High performance fibers New fibers Olefin fibers Optical fiber(s) Polyamide fibers Regenerated cellulose fibers Vegetable fibers antimicrobial acrylic, 77 215-219... 

Motta M, Moisala A, Kinloch IA, Windle AH. High performance fibers from dog bone carbon nanotubes. AdvMater. 2007 Nov 5 19(21) 3721-6. 

Koziol K, Vilatela, Moisala A, Motta M, Cunniff P, Sennett M, et al. High-performance carbon nanotube fiber. Science. 2007 Dec 21 318(5858) 1892-5. 

This chapter is concerned primarily with the surface treatments of high performance fibers, including glass, carbon (or graphite), aramid, polyethylene... 

Paper of course is perhaps the most commonplace example of a fibrous product. Although most common paper products are made of cellulosic fibers, paper-like products can also be made from the so-called high performance fibers such as aramid, glass, carbon, or other ceramic fibers. 

Ceramic reinforcing fibers are utilized both in a continuous form (endless fibers) and in a discontinuous form (e.g. whiskers, short fibers). Most of the continuous fibers are utilized in the manufacture of composites with polymer matrices (PMC), where they are in competition with other high performance fibers (boron, carbon fibers), mainly for military or aerospace applications. Discontinuous fibers are generally used for the manufacture of metal matrix (MMC) and ceramic matrix (CMC) composites. 

A number of thermotropic polyester-carbonates were prepared through melt-polymerization of substituted hydroquinones and diphenyl tere-phthalate and diphenyl carbonate to have high molecular weight, with reduced viscosity in the range of 2-3. The molecular weights of the polymers can be advanced further by solid state heat-treatment, with the rate of postpolymerization depending on temperature and Concentration of catalyst. Samples of some compositions can be spun into high performance fibers and processed into self-reinforced plastics. The properties of thermotropic polyester-carbonates and polyesters were compared as fibers and plastics. 

The objectives of carrying out solid-state heat-treatments of thermotropic polyester-carbonates were twofold. One, to study the heat-treatment phenomena. Two, to prepare samples of higher molecular weight for processing studies into high performance fibers and plastics if heat-treatment did cause advances in molecular weight. 

Keywords pitch-based high performance-type carbon continuous fiber reinforced plasUc, chemically resolvable resin, environment-conscious materials (ecomaterials) design, deformed rebar, hybrid structure, lighweight precast concrete, recycle, service life,... 

The newly developed fiber-shaped solar cells have attracted much interest at both academy and industry owing to their angle-independent collection for incident light. Recently, we have developed a series of high-performance and flexible fiber-shaped solar cells by using the imique carbon nanostructure fiber electrodes. Typically, these solar cells are classified in three types, that is, DSSC, PSC, and perovskite solar cell. 

Jin, H. Y, L. M. Zhou, C. L. Mak, H. T. Huang, W. M. Tang, and H. L. W. Chan. 2015. High-performance fiber-shaped supercapacitors using carbon fiber thread (CFT) polyanilne and functionalized CRT electrodes for wearable/stretchable electronics. Nano Energy 11 662-670. 

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