handbook of carbon, graphite, diamond and fullerenes

392 Carbon, Graphite, Diamond, and Fullerenes
effect on thermal conductivity 259
in diamond 253
presence of 133
types of 255
Inclusions 255
Index of refraction 244
of diamond 267
ofDLC 350
Industrial diamond 290
applications 292
Inks
typographical 230
Insulation
high-temperature 222
Integrated circuits (ICs) 327
I nteratomic d istances 129
Intercalation compounds 236
fullerenes 369
of graphite 232
I nterlayer spacing 82, 84, 127, 156
of graphite fluoride 234
of graphite oxide 233
of mesophase-pitch fibers 186
of PAN-based carbon fibers 179
Interstellar diamond 279
Ion-beam activation
of DLC deposition 347
Ion-beam sputtering 344
for deposition of DLC 341
lonizatbn potential 16
IR
absorption of DLC 350
optics 352
windows 329
Isolated Pentagon Rule 364
Isomers 12
Isostatic molding
of graphite 93
Isothermal plasma 310
for diamond deposition 314
Isotopes
diamond 318
of carbon 18
Isotropic
carbon 154, 156
coke 89
pitch 184, 191
pitch fibers 173, 183
Japanese
fiber production 168
K
Kimberlite 279
Kinetic barrier 284
Kinetics
ofpyrolysis 144
Lamellas 178
Laminar structure
of pyrolytic graphite 154
Lampblack 229, 230
properties and composition 231
Laser window materials 352
Lattice
constant 366
impurities 255
parameters of graphite 46
structure 30
vacancies 266
vibration in diamond 259
Layer planes 44
Limestone 23
Liquid-impregnation 211
Lonsdaleite 247, 253
in meteorites 3
Lubricants 238
Lubricity
of compressed fullerenes 366
Luminescence
of diamond 267
M
Machining
of molded graphite 96
of vitreous carbon 134
Magnetron sputtering 344