dopamine 676
– separation 671
DOS (density of state) 387, 391, 394
– local 79
– partial 387
double diamond superlattice 440
double layer charging effect, quantized 631,
660
DPhM (diphenylmethane) 129, 146
DPN (dip pen nanolithography) 712–716
– ink 742
– molecular transport 714
– multiple ink 713
– patterning 714
– writing 714
DRIFT (diffuse reflectance infrared Fourier
transform) 524
drug carrier 507
drug delivery, magnetic 109
DS (dodecylsulfonate) 101
DSC (differential scanning calorimetry) 134
DSSC (dye-sensitized solar cells) 146
DTAB (dodecyltrimethylammoniumbromide)
117
DTAC (dodecyltrimethylammoniumchloride)
117
dye assembly, semiconductor-organic 628
e
EDAX (see EDX)
eddy currents 155
EDS (see EDX)
EDX (energy dispersive X-ray) 138, 312, 330,
337, 521
EELS (electron energy loss spectroscopy)
330, 337, 521, 553
effective mass approximation 384, 385
eigenvalue spectra 387
electrocatalysis 649, 678–681
electrochemical etching 519
electrochemistry 646–681
– electrocatalysis 678
– metallic nanoparticles 649–657
– nanosensors 670–678
– preparation, nanostructures 647–649
– single electron events 657–664
electrochromic effects 627
electrode
– boron-doped 679
– disk electrode, Pt rotating 660, 678
– ensembles 653–657
– indium tin oxide (ITO) 647, 668
– Ir-Pt 658
– optical transparent thin layer 667
– sonoelectrode 149, 152
– templated 653
electrodeposition 695, 698–702
electromagnetic radiation 152
electromechanical actuators (nanotube) 228
electromigration 701
electron
– diffusion 663
– floodgun, low energy 400
– hopping 663
– transfer, kinetics 667
electron-phonon relaxation 623
electron-phonon coupling 382
electronic structure calculation 383–393
Eley-Rideal (ER) mechanism 559
EMA (effective mass approximation) 384–
387
– equation 390
– IP-EMA (infinite potential effective mass
approximation) 385, 392, 402
endohedral functionalization 460
EOLYS TM (see also CeO 2 ) 110
epitaxial casting 245
EPR (electron paramagnetic resonance) 130,
131
Eu 2 O 3 -TiO 2 nanocomposite 134
europium-doped yttrium oxide 102
evaporation
– laser 182, 555, 562, 566
– thermal 365
exciton
– definition 406
– excitonic peak 374
f
F/F
þ center 552, 553, 555, 562, 565
– binding energy 564
Fabry-Pe ´rot fringes 520, 532
Faraday, Michael 51, 94, 646
‘‘Farbe’’ 552
fast flow reactor kinetics 555
faujasite (FAU) 590, 591, 594
Fe 115, 116
Fe(CO) 5 102, 118, 121, 125
Fe 4 N 147
Fe 20 Ni80 120
Fe 4 0Ni60 120
Fe60Ni40 120
b-FeOOH 159
Fe 2 O 3 115, 129, 130, 158
Fe3O 4 66, 130, 147, 159
FeP 189
Fe-Pt nanoparticles 109
(Fe 20 Se 38 )
18À
419
Index
728
– separation 671
DOS (density of state) 387, 391, 394
– local 79
– partial 387
double diamond superlattice 440
double layer charging effect, quantized 631,
660
DPhM (diphenylmethane) 129, 146
DPN (dip pen nanolithography) 712–716
– ink 742
– molecular transport 714
– multiple ink 713
– patterning 714
– writing 714
DRIFT (diffuse reflectance infrared Fourier
transform) 524
drug carrier 507
drug delivery, magnetic 109
DS (dodecylsulfonate) 101
DSC (differential scanning calorimetry) 134
DSSC (dye-sensitized solar cells) 146
DTAB (dodecyltrimethylammoniumbromide)
117
DTAC (dodecyltrimethylammoniumchloride)
117
dye assembly, semiconductor-organic 628
e
EDAX (see EDX)
eddy currents 155
EDS (see EDX)
EDX (energy dispersive X-ray) 138, 312, 330,
337, 521
EELS (electron energy loss spectroscopy)
330, 337, 521, 553
effective mass approximation 384, 385
eigenvalue spectra 387
electrocatalysis 649, 678–681
electrochemical etching 519
electrochemistry 646–681
– electrocatalysis 678
– metallic nanoparticles 649–657
– nanosensors 670–678
– preparation, nanostructures 647–649
– single electron events 657–664
electrochromic effects 627
electrode
– boron-doped 679
– disk electrode, Pt rotating 660, 678
– ensembles 653–657
– indium tin oxide (ITO) 647, 668
– Ir-Pt 658
– optical transparent thin layer 667
– sonoelectrode 149, 152
– templated 653
electrodeposition 695, 698–702
electromagnetic radiation 152
electromechanical actuators (nanotube) 228
electromigration 701
electron
– diffusion 663
– floodgun, low energy 400
– hopping 663
– transfer, kinetics 667
electron-phonon relaxation 623
electron-phonon coupling 382
electronic structure calculation 383–393
Eley-Rideal (ER) mechanism 559
EMA (effective mass approximation) 384–
387
– equation 390
– IP-EMA (infinite potential effective mass
approximation) 385, 392, 402
endohedral functionalization 460
EOLYS TM (see also CeO 2 ) 110
epitaxial casting 245
EPR (electron paramagnetic resonance) 130,
131
Eu 2 O 3 -TiO 2 nanocomposite 134
europium-doped yttrium oxide 102
evaporation
– laser 182, 555, 562, 566
– thermal 365
exciton
– definition 406
– excitonic peak 374
f
F/F
þ center 552, 553, 555, 562, 565
– binding energy 564
Fabry-Pe ´rot fringes 520, 532
Faraday, Michael 51, 94, 646
‘‘Farbe’’ 552
fast flow reactor kinetics 555
faujasite (FAU) 590, 591, 594
Fe 115, 116
Fe(CO) 5 102, 118, 121, 125
Fe 4 N 147
Fe 20 Ni80 120
Fe 4 0Ni60 120
Fe60Ni40 120
b-FeOOH 159
Fe 2 O 3 115, 129, 130, 158
Fe3O 4 66, 130, 147, 159
FeP 189
Fe-Pt nanoparticles 109
(Fe 20 Se 38 )
18À
419
Index
728