handbook of carbon, graphite, diamond and fullerenes

394 Carbon, Graphite, Diamond, and Fullerenes
Nomenclature
of carbon and graphite 169
Non-graphitic carbons 43
Non-isothermal
plasma 310
Nuclear
applications 119, 162
fission 149
Nucleation
continuous 152
of CVD diamond 319
Optical applications
of CVD diamond 329
of diamond 298
ofDLC 352
Optical material
diamond as 244
Optical properties
of CVD diamond 323
Opto-electronic devices 328
Orbitals 13, 25
pi 35
stereospecific 30
trigonal 33
Organic chemistry 12
Organic matter
carbon is basis of 3
Organic precursors 71
Organometallics
fullerenes 368
Orientation
of grains 99
Oxidation
of carbon-carbon 212
of diamond 274
of graphite 64
of spun fibers 177
of vitreous carbon foam 136
Oxy-acetylene 309, 318
Oxygen
role in diamond film formation 307
Oxygen-free high-conductivity copper
(OFHC) 221
Pack cementation 212
PAN-based carbon fibers 211
physical properties of 189
structure of 178
PAN-based fibers 173, 209
PAN-based yam 219
Particle size
of lampblack 230
Pauli's exclusion principle 13
PEEK 204, 207
Pentagons
abutting 364
Permeability
helium 130
of vitreous carbon 133
PES 204
Petroleum 3
coke 89
pitch 78
Phase diagram 40
of carbon 257
Phenanthrene 75
Phenol formaldehyde precursor 126
Phenolics
structure of 124
Physical properties
of vitreous carbon 131
Physical vapor deposition
of diamond 302
Pi bond 34, 35
Pitch
composition of 183
Pitch-based fibers 173, 209
Planck's constant 259
Plasma
arc 309
CVD 151
high-frequency (glow) 309
types of 310
Plasma-arc deposition
of diamond 314
Platelets
nitrogen 255