handbook of carbon, graphite, diamond and fullerenes

398 Carbon, Graphite, Diamond, and Fullerenes
Textile fibers 166
Thermal
applications of CVD diamond 327
Thermal coefficient of expansbn
(CTE) 97, 194
Thermal conductivity 186,244
by f bw of phonons 319
in CVD diamond 322
of carbon-fiber, metal-matrix
composites 216
of composite 206
of diamond 258, 259
of molded graphite 104
of pryorytic graphite 158
Thermal CVD
of diamond 317
Thermal expansbn
of diamond 262
of molded graphite 105
of pyrolytic graphite 159
Thermal insulation 136
Thermal process
for production of carbon black 229
Thermal properties
of carbon fibers 194
of graphite 54
of vitreous carbon 131
Thermal shock
characteristic of molded
graphite 107
Thermionic applications
of CVD diamond 326
Thermodynamic stability
of fullerenes 364
Thermodynamics
ofpyrolysis 144
Thermoplastic polymers 204
Thermosetting
of mesophase pitch 185
Thorium carbide 149
TNT 289
Tows 189
Transition metals
as solvent-catalysts 285
Transition reaction
of graphite-diamond 283
Transmittance
of diamond 264
Tribologbal
applications of DLC 351
Trigonal
bonding 340
bonds 130
Trigonal orbital 33
Triple point
of graphite 51
Tungsten carbide
cemented 326
Turbostratic
carbon 47
conversbn from 82
structure 151, 178
Twinning 250, 319
Type I, Type II fibers 190
U
Ultramafic bodies 279
Ultravblet spectrum 262
Uranium carbide 149
Valence electrons 16
van der Waals
attraction 76
bond 45
forces 366
Vapor
carbon 37
Vapor-phase
diamond 245
fibers 173, 188
precipitation 155
process 142
Vein
graphite 227
Visible spectrum 262
Vitreous carbon 122
foam 135