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The following HTML text is provided to enhance online readability. Many aspects of typography translate only awkwardly to HTML. Please use the page image as the authoritative form to ensure accuracy. Alumina dislocation barriers in, 114 impurities in, 212 incorporation of zirconium oxide into, 235 microelectronics applications, 211 porous, biomedical applications, 239 Aluminosilicates as catalysts, 199–200 Aluminum oxide reinforced with SiC whiskers, 236–238 Aluminum, modulus of, 255–256 American Ceramic Society, 225 American Chemical Society, 20, 166 American Physical Society, 278 Angle-dependent inverse photoemission, 301 Angle-resolved photoemission, 283–284, 289, 298–299 Aperiodic tilings, 155–156 Artificial intelligence, 367 AT&T Holmdel Laboratories, 18 Atom scattering, theoretical effort required to study, 285 Atomic and molecular state changes, advances in, 18–19 Atomic Energy Commission, role in establishing MRLs, 27–29, 36 Auger electron microscopy, applications, 123, 189 Automobiles ceramic-metal composites in, 212, 351–352 high-strength low-alloy steels in, 54, 56 polymer composites in, 275, 351 Automotive industry computer-aided and computer-integrated manufacturing in, 353 electronic and information materials applications in, 350–351 near net-shape fabrication processing in, 352 B Bainite formation theory, 104–105 Ball milling to produce SiC fibers, 236 Band-gap engineering, 168–169, 292 Bernstein-Kearsley-Zapas theory, 280 Bimetallic catalysts aggregates of immiscible components as, 191–193 characterization of, 193 complication in studying, 189 highly dispersed clusters, 193–199 osmium-copper supported on silica, 193–197 platinum-iridium dispersed on alumina, 197–199 platinum-rhenium, 199 ruthenium-copper, 191, 193–194, 198 Bioglass, 239 Biology, role in future of materials science, 220–222 Biomaterials, examples of, 221 Biomedical materials applications of, 216–217 see also Prosthetics, materials used in Block copolymers applications, 273 processing and properties of, 45, 271–273 Bock, H., 12 Boron, effect on ductility and strength of polycrystalline alloys, 78–79 Brillouin spectroscopy, 303–304 Brillouin zone, 75, 302–303, 309 Brittle fracture in alloys, 121–122 hydrogen role in, 124 problems in studying, 125 Brookhaven National Laboratories management of concurrent research at, 337–338 operating costs for experiments at, 338 synchrotron radiation equipment, 336 Brooks, Harvey, 28 Bulk materials methods for studying order in, 138 new phenomena in, 162–166 C Calcium phosphates, biomedical applications, 239 California Institute of Technology, 47 Carbon fiber applications, 15–17 production, 207–208 Carnegie Mellon University, 5, 45 Case Western Reserve University, 45 Cast iron, modulus of, 256 Catalysis in ceramics processing, 205 heterogeneous, 177–178 homogeneous, 177 materials applications of, 215 materials research in, 177–201 outlook for, 201 in petroleum production, 181, 191, 199–200 progress in, 177 at surface of a solid, 177–178 Catalysts
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