Index
a
aberration-free condenser lense 356
absorption 209
– edge 211, 361, 362
– peak 236
– spectrum 217
acceleration voltage 350, 351
“additive” technology 3
adiabatic 163
adsorbed molecule 337
agglomerate 321
agglomeration 45
allophanes 96
aluminosilicate 96
anisotropic surface energy 42
antiferrimagnetic material 180
antiferromagnetic 168
antiparallel orientation 168
aperture diaphragm 349
aragonite brick 323
armchair line 102
Ashby–Verall mechanism 311, 312
aspect ratio 94, 288, 289
atomic resolution 356
Auger electron 358
b
ballistic conduction 270, 272
band gap 216
– energy 217
BET constant 336, 338, 339
BET isotherm 338
BET method 336
bifunctional material 11, 205
bifunctional particles 5, 192, 264
biological application 192
biotechnology 191, 220
bistability 164
bleached state 260
bleaching process 260
blending process 82
Bloch wall 167
– resonance 202
blocking temperature 175, 176, 190, 194
blue shift 208, 211, 213, 217, 218
Bohr magneton 175, 181
Boltzmann distribution 185
boron nitride (BN) 95
Bose–Einstein statistic 137
“bottom-up” approach 1
bremsstrahlung 359
“bricks-and-mortar” structure 323
bright-field illumination 355
Brownian molecular movement 123, 127
Brownian superparamagnetism 186
bulk nanomaterial 302
Burgers vector 308
c
cancer 201
– therapy 200
carbon nanotube 98, 107, 114, 278, 293, 294,
329
– strand 330
catalyst 85, 114
ceramic–ceramic composite 10
ceramic–polymer composite 10
ceramic/polymer interface 229
characterization method 335
charged particle 64
charge transfer 252
chemical vapor synthesis 57, 58
chemisorption 336
chirality vector 101, 102
chromatic aberration 352, 353
cloud of electrons 212
coagulation 28, 31, 45, 148, 149
coated nanoparticle 11, 82
Nanomaterials: An Introduction to Synthesis, Properties and Applications, Second Edition. Dieter Vollath.
Ó 2013 Wiley-VCH Verlag GmbH & Co. KGaA. Published 2013 by Wiley-VCH Verlag GmbH & Co. KGaA.
j369
a
aberration-free condenser lense 356
absorption 209
– edge 211, 361, 362
– peak 236
– spectrum 217
acceleration voltage 350, 351
“additive” technology 3
adiabatic 163
adsorbed molecule 337
agglomerate 321
agglomeration 45
allophanes 96
aluminosilicate 96
anisotropic surface energy 42
antiferrimagnetic material 180
antiferromagnetic 168
antiparallel orientation 168
aperture diaphragm 349
aragonite brick 323
armchair line 102
Ashby–Verall mechanism 311, 312
aspect ratio 94, 288, 289
atomic resolution 356
Auger electron 358
b
ballistic conduction 270, 272
band gap 216
– energy 217
BET constant 336, 338, 339
BET isotherm 338
BET method 336
bifunctional material 11, 205
bifunctional particles 5, 192, 264
biological application 192
biotechnology 191, 220
bistability 164
bleached state 260
bleaching process 260
blending process 82
Bloch wall 167
– resonance 202
blocking temperature 175, 176, 190, 194
blue shift 208, 211, 213, 217, 218
Bohr magneton 175, 181
Boltzmann distribution 185
boron nitride (BN) 95
Bose–Einstein statistic 137
“bottom-up” approach 1
bremsstrahlung 359
“bricks-and-mortar” structure 323
bright-field illumination 355
Brownian molecular movement 123, 127
Brownian superparamagnetism 186
bulk nanomaterial 302
Burgers vector 308
c
cancer 201
– therapy 200
carbon nanotube 98, 107, 114, 278, 293, 294,
329
– strand 330
catalyst 85, 114
ceramic–ceramic composite 10
ceramic–polymer composite 10
ceramic/polymer interface 229
characterization method 335
charged particle 64
charge transfer 252
chemical vapor synthesis 57, 58
chemisorption 336
chirality vector 101, 102
chromatic aberration 352, 353
cloud of electrons 212
coagulation 28, 31, 45, 148, 149
coated nanoparticle 11, 82
Nanomaterials: An Introduction to Synthesis, Properties and Applications, Second Edition. Dieter Vollath.
Ó 2013 Wiley-VCH Verlag GmbH & Co. KGaA. Published 2013 by Wiley-VCH Verlag GmbH & Co. KGaA.
j369