handbook of carbon, graphite, diamond and fullerenes

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Platinum 242 Plumbago 227 Poisson effect 59 Polar aromatics 183 Polyacrylonitrile (PAN) 124, 166, 173 Polyaromatic hydrocarbons (PAH) 77, 147 Polyatomic molecules 37 Polycrystalline diamond (PCD) 295 Polycrystalline graphite 47 Polyfurfuryl alcohol 123, 125 Polyimide 124 Polymeric precursors 123 Polymeric carbon 122 Polymerization of pitch 184 Polymers 78 as matrix material 203 graphitization of 84 high-carbon-yield 210 matrices 207 Polymorphs 2, 11, 41 as minerals 3 Polyphenylene oxide 124 Polytypes of diamond 252 Polyvinyl alcohol 124 Polyvinyl chloride (PVC) 80 Polyvinylidene chloride 124 Pore diameters of vitreous carbon 130 Pore former 137 Pore-size distribution of molded graphite 98 Pores per inch 136 Porosity of molded graphite 98 of vitreous carbon 130 Potassium is intercalated compound 237 Precursor materials 78 Precursors for carbon fibers 173 Index 395 for molded graphite 88 for vitreous carbon 123 gaseous 141 of natural graphite 227 of pyrolytic graphite 146 optimum 174 rayon 187 yield of 73 Prepreg 203 Pressure controls the thickness 155 effect on carbon yield and structure 73 for graphitization 82 of compression molding 93 of extrusion 93 Prismatic surfaces 63 Processing of mesophase-pitch fibers 184 of rayon-based fibers 187 Producers of carbon-fiber 169 Production capacity 168 of PAN-based carbon fibers 174 systems 148 Production process for molded graphite 90 Propane 150 Properties of pyrolytic graphite 157 of vitreous carbon foam 136 Propylene 150 as precursor 146 Propylene-argon 151 Puffing of molded graphite 95 Purification of molded graphite 96 PVD-CVD process for DLC deposition 346 Pyrolysis 72, 210 analysis of 144 of a hydrocarbon gas 143 Pyrolytic boron nitride (PBN) 162
396 Carbon, Graphite, Diamond, and Fullerenes Pyrolytic carbon applications of 161 is used to density 163 structure of 160 Pyrolytic graphite 57, 141 as a coating 142, 162 structure of 151 Pyrolyzation temperature 210 Quantum numbers 13 Radical sponge 368 Radio frequency (RF) 311 Radioactive definition 19 Raman spectroscopy 338 Rate of reaction of vitreous carbon 133 Raw materials for molded graphite 88 Rayon 209 carbonized 166 Rayon-based fibers 166, 173, 187, 194 Refractory composites 163 materials 52 metals 319 Resilience modulus of 294 Resins matrix materials 203 Resistance-heating elements 162 Resistivity electrical 195 of diamond 270 Reticulated vitreous carbon (RVC) 135 RF activation for DLC deposition 346 RF plasma 314 Rhombohedral stacking sequence 46 Ribbons graphitic 129 Roughness of CVD diamond 350 of DLC coatings 350 Roving carbon fiber 201 Salt-dome calcite 23 Scleroscope 96, 103 Seal rings 117 Sebastian adhesion tester 349 Semi-metal graphite as 61 Semiconducting properties of DLC 350 Semiconductor applications of molded graphite 114 characteristics of CVD diamond 324 fullerene as 367 properties of diamond 244, 269, 270 Semiconductor applications for CVD diamond 327 Shear strength of carbon fibers 187 Shrinkage of precursor polymer 134 Sigma orbital 30, 34 Sigma-bond energy 30 Silicon carbide 327 fibers 172 Single-crystal diamond 321 Single-point turning 295 Sizing of grains 91 "Skin" of the fiber 179
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HANDBOOK OF CARBON, GRAPHITE, DIAMO
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Contents 1 Introduction and General
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xii Contents 5.0 ELECTRICAL PROPERT
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xiv Contents 2.0 THE CVD OF PYROLYT
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xvi Contents 6.0 CERAMIC-MATRIX, CA
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xviii Contents 4.0 NATURAL AND HIGH
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xx Contents 2.0 STRUCTURE OF THE FU
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Preface ix technology, processes, e
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2 Carbon, Graphite, Diamond, and Fu
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10 Carbon, Graphite, Diamond, and F
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Synthetic Carbon and Graphite: Carb
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Vitreous Carbon 1.0 GENERAL CONSIDE
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8 Carbon Fibers 1.0 GENERAL CONSIDE
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Applications of Carbon Fibers 1.0 C
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10 Natural Graphite, Graphite Powde
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11 Structure and Properties of Diam
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12 Natural and High-Pressure Synthe
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13 CVD Diamond 1.0 INTRODUCTION The
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Page 371 and 372: 15 The Fullerene Molecules 1.0 GENE
Page 389 and 390: Glossary Ablation: The removal of m
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Page 415 and 416: Copyright © 1993 by Noyes Publicat
Page 417: vi Series HANDBOOK OF CHEMICAL VAPO
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