Geckeler K.E., Nishide H. (Eds.) Advanced Nanomaterials
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Index 889
h
hard–soft, acid–base (HSAB) principle 44f.
healing temperature 588
hectorite 407, 460
helical polymer-based 1-D architecture 161,
176
helical polymer-based 2-D architecture 161,
176
helical polymer-based functional
fi lm 177ff.
helicity 170ff.
helix–coil transition 178ff.
helix–helix (PM) transition 167, 177f.
hemoglobin (Hb) 300, 726ff.
heterogeneous catalysis 500
trans-[2-(2,2,3,3,4,4,4-heptafl uorobutylamino)
ethyl]{2-[4-(4-hexylphenylazo)phenoxy]
ethyl} dimethylammonium
(C
3
F
7
-Azo
+
) 234
hexadecyltrimethylammonium
bromide 407
high-density polyethylene (HDPE) 390f.
high-pressure carbon monoxide (HiPCO)
– method 252
– HiPCO-SWNT 693, 717
high-temperature gas turbine 588
highest occupied molecular orbital (HOMO)
– nanotube 261
highly oriented pyrolytic graphite
(HOPG) 172ff., 342
Hildebrand solubility parameter
theory 826
histone 726
holography 53
– azobenzene containing block
copolymer 52f.
homochiral intermolecular
interaction 169ff.
– superhelical assembly 169ff.
homopolymer 810
Horvath–Kawazoe model 484
hot isostatic pressing (HIP) 523
hot pressing (HP) 523
Huggins coeffi cient 78
hybrid structure
– organic/inorganic 842
hybrid triblock copolymer
– electro- and photoactive peptide 862
hydrazide 822
hydrocarbon
– selective oxidation 347ff.
hydrocoral 529
hydrodechlorination 510
hydrodesulfurization 512
hydrogel
– polypeptide-based 842
hydrogen bonding 271, 818
hydrogen peroxide
– direct synthesis 353
– mediator-free sensor 301
hydrogen plasma 48
hydrophobic interaction 271
1-hydroxy-benzotriazole (HBA) 86
hydroxyapatite (HAp) 526ff.
– antibiotic 549
– coralline apatite 538
– HAp/chitosan (CS) 530
– HAp/collagen 528
– HAp/polyethylene 528
– HAp/Ti-6Al-4V 528
– liposome 532
– nanocoating 538
– nanoparticle 537
– nanopowder 533
– nanoplatelet 533
hyperthermia 550
hypsochromic shift 389f.
i
ICMUV-1 495f.
ID 1–11 500
IL, see ionic liquid
illite 404
imidazolium salt 463
implant
– macro-textured 533
– orthopedic 532
in situ intercalative polymerization 412f.
in situ polymerization 430ff.
incompatibility parameter 5
indentation 557ff.
indigo carmine derivative 323
indium
– InVO
4
nanotube 234
– nanotube 205
indium oxide
– In
2
Ge
2
O
7
nanotube 234
– In
2
O
3
nanotube 230f.
indium tin oxide (ITO) 298
– attachment of AgNP 309
– attachment of Au nanoplate 308
– attachment of AuNP 302ff.
– attachment of PdNP 311
– AuNP-directly attached ITO (AuNP/
ITO) 300ff.
– electrochemical application 300, 315
– electrode 300ff., 315
– growth of AuNP 302ff.
890 Index
– growth of AgNP 309
– growth of PdNP 311
– ITO/SnO
2
706
– ITO/SnO
2
/(G1–5CO
2
tBu)
m
fi lm 706
– metal NP-attached ITO 315
– nonlinear optical property 315
– seed-mediated growth method 298ff.
indomethacin (IMC) 532
inductively coupled plasma (ICP) 516
infi ltration
– polymer foam 534
inorganic nanotube
– general synthetic strategy 196
– synthesis 195ff.
intercalating agent 461ff.
– low molecular weight 461
intercalation 408, 460ff.
– exfoliation 427
– intermolecular hydrogen bonding 470
– melt 434ff.
– solution 433, 442
interfacial energy 119
interlayer distance 407
interlinker 277ff.
intermaterial dividing surface (IMDS) 7
inversion 180
ionic liquid (IL) 815
IRA-410 635
iron nanotube 204
iron oxide
– dendron with Simanek-functionalized
superparamagnetic nanoparticle 757
– α-Fe
2
O
3
551
– α-Fe
2
O
3
nanotube 228
– γ-Fe
2
O
3
843
– γ-Fe
2
O
3
nanotube 228
– Fe
3
O
4
microspheres 550
– β-FeOOH 551
– α-FeOOH nanotube 234
iron(II) phthalocyanine 276
iron–sulfur [Fe
4
S
4
] cluster-cored
dendrimer 744
cis-trans isomerization 51, 105
N-isopropylacrylamide (NIPAAm) 95
ITO, see indium tin oxide
j
Jacobson–Stockmayer approximation
782
k
KA-oil 347
kaolinite 404
Kramer–Kronig relationship 796
l
L
A383
492
lamellar spheres 825
lanreotide nanotube 215
lanthanum
– La
0.5
Sr
0.5
CoO
3
nanotube 235
Laponite® 407
large amplitude oscillatory shear (LAOS)
117
lattice 785, 793
layer-by-layer (LBL) self-assembly
technique 270, 281ff.
layered-double hydroxide (LDH) 460f.,
475f.
– clay 476
LDPE/OLS nanocomposite 426
lead(II) 624f.
– adsorption 624ff.
– carbon nanotube 626
lead zirconate titanate (PZT) nanotube 233
length distribution function 75
ligand exchange reaction
– NCD 753
light
– polymeric assembly 105
light scattering (LS) 75
linear low density polyethylene
(LLDPE) 381
liposome 531
– hydroxyapatite coated (HACL) 531f.
liquid crystal (LC) 814
– chiral nematic 159
– lyotropic 205
– thermotropic 814
liquid crystal template (LCT)
mechanism 481
liquid crystalline (LC)
– behavior 7
– diblock copolymer 122
– phase 200
lithium cobalt oxide 320
lithium ion battery 319
lithium ion conducting electrolyte
layer 319
lithium ion intercalating anode 319
lithography 15
– block copolymer 15
– top-down positive and negative tone 29
liver
– engineered carbon nanoparticle 607
living polymerization technique 9
– block copolymer synthesis 9
LLDPE, see linear low density polyethylene
local fracture stress 578
Index 891
London dispersion forces 824
low-molecular mass organic gelator
(LMOG) 793, 816ff.
low-pressure chemical vapor deposition
(LPCVD) 689
lower critical solution temperature (LCST)
102, 839
lowest unoccupied molecular orbital
(LUMO)
– nanotube 261
luminescence decay dynamics 374
luminescence spectroscopy
– [(A(18C6))
4
(MnX
4
)][TlX
4
]
2
∙ nH
2
O 372
luminescent dye 381ff.
lysozyme (LSZ) 719ff.
m
macroinitiator 11ff.
macrophase 3
maghemite 843
magnesium oxide nanotube 230
magnesium silicate 406f.
magnetic fi eld 118
maleic anhydride (MAH) 415
manganese
– Mn
2
P
2
S
6
214
– [(Rb(18C6))
4
(MnCl
4
)][TlCl
4
]
2
∙ nH
2
O 371
– salen complex 510
material
– amphiphilic 8
– bioactive 524f.
– bioinert 524f.
– bioresorbable 524f.
matrix 566
mechanical fl ow fi eld 117
mechanical stress
– polymeric indicator 381
median rank method 574
medical application 523ff.
– nanoceramics 523ff.
melt intercalation 413, 434
membrane pore
– electrodeposition 196
memory 178
– chiroptical 178ff.
– element 289
– helical polysilane fi lm 178
– Re-Writable mode 178
– Write-once Read Many (WORM)
mode 182
3-mercaptopropionic acid (MPA) 302
3-mercaptopropyl-trimethoxysilane
(MPTMS) 298, 309
11-mercaptoundecanoic acid (MUA) 761
mesogel 813
– nonequilibrium 812
mesogen 51
mesoporous alumina 481ff.
– base-catalyzed reaction 508
– characterization 484f.
– epoxidation 509
– heterogeneous catalysis 500
– hydrodechlorination 510
– hydrodesulfurization 512
– olefi n metathesis 513ff.
– oxidative dehydrogenation 517
– oxidative methanol steam reforming 518
– synthesis 482ff.
mesoporous molecular sieve (M41S) 481
mesoporous silica nanoparticle (MSN)
material 546
– vancomycin- and adenosine triphosphate
(ATP)-loaded 547
mesoscale radical polymer 319ff.
mesostructured material 319ff.
– bottom-up fabrication 321
metal chalcogenide nanotube 206
metal nanoassembly
– optical property 389
metal nanoparticle (NP) 297
– use 391
metal nanorod 395
metal nanostructure 379ff.
– dispersed phase 389
– optically responsive polymer
nanocomposite 379ff.
metal oxide nanotube 214
metal–boron nanotube 205
metal-chelating agent 460
metal-oxide-silicon (MOS) capacitor 25
metal/semiconducting CNT
separation 735
methacrylic acid (MAA, MAAc) 95, 655
methyloxirane 289
methyltrioxorhenium (MTO, MeReO
3
) 516
– SiO–Al
2
O
3
517
– ZnCl
2
//meso-Al
2
O
3
516f.
mica 404
micelle 72, 794ff.
– formation 8
– PEG-b-PPO-b-PEG poloxamer 107
– polymeric 93ff.
micro-Raman imaging technique 683ff.
microbioceramics 548
– drug delivery 548
– radiotherapy 549
microcomposite 408
microcontact printing (μ-CP) 220
892 Index
microdomain 115ff.
– alignment 127, 804f.
– lamellar 135
microgel 664
– polymerization 664
microlattice structuring 800
micromagnetics 140
microphase 3
microphotonics 140
Millepora dichotoma 529
mini-emulsion polymerization 660
minimum fracture stress 582f.
– temperature dependence 582
molecular beam epitaxy 778
molecular imprinted polymer (MIP) 651
molecular imprinting 651ff.
– nanomaterial 651ff.
molybdenum
– 30Mo/MA(CIM) 512
– 30Mo/MA(TSM) 512
– ammonium heptamolybdate 518
– MoS
2
206
molybdovanadate species 518
monolayer-protected cluster (MPC)
– amine-functionalized 761
– framework 759
– MUA 759
monolith
– nanoporous 34
montmorillonite (MMT) 404ff., 460f.
– d-spacing 466
– MMT/POP2000 471
– organophilic 442
Mooney–Rivlin model 808
MSN, see mesoporous silica nanoparticle
MSU-γ 491
MSU-X 486ff.
MUA, see 11-mercaptoundecanoic acid
mullite 558ff.
– silicon carbide composite 585f.
multiblock copolymer 815
multilevel resist strategy
– block copolymer 2
multiwall carbon nanotube (MWCNT,
MWNT) 240, 251ff., 597, 616ff., 716
– alkylthiol-modifi ed 273
– AuNP composite 281
– carboxy-modifi ed 275
– cation-modifi ed 275
– competitive adsorption of heavy metal
ion 633
– electroporation 288
– electrostatic interaction 280
– emitter 289
– memory element 289
– nanotube aquator 289
– nitrogen-doped 280
– noncovalent functionalization 286
– sensor 289
– water-dispersable AuNP–MWNT
hybrid 279
myoglobin 726ff.
Mytilus edulis 1f.
n
nano-object
– photo-crosslinkable 41
nanoassembly
– oxidation- and reduction-sensitive 99
– pH-sensitive 93
– thermosensitive 102
nanobioceramics 546
– drug delivery 546
nanocatalyst 335
– Ag 335
– Au 335ff.
– Cu 335
nanoceramics 523ff.
– medical application 523ff.
nanocluster
– [(A(18C6))
4
(MX
4
)][BX
4
]
2
∙ nH
2
O 366ff.
– electronic and mechanical
behavior 365ff.
– self-assembling 365ff.
– tetrahalometallate anion 365ff.
nanocoating 535
nanocomposite 526
– exfoliated 408
– intercalated 408
– metal nanostructure 379ff.
– optically responsive polymer 379ff.
– organic functional chromophore 379ff.
– phyllosilicate 403ff.
– poly(ethylene terephthalate)
(PET)-based 429
– polyolefi n (PO)-based 411
– polylactide (PLA)-based 439
– processing condition 443
nanocomposite-based indicator
– mechanical stress 391
nanodiagnostics 551
nanoelectromechanical system
(NEMS) 253
nanoelectronic device 253
nanofi ber 67ff.
– block copolymer 67ff.
– catalytic 83
– chemical reaction 81ff.
Index 893
– molecular imprinting 668
– preparation 69ff.
– superparamagnetic 83
– water-dispersible 83
nanofi ller
– inorganic 808
nanogel 526, 664
– polymerization 664
nanogold, see gold nanoparticle
nanohand 44
– optical magnetic 88
nanohydroxyapatite (nanoHAp) 526ff.
– microspheres 548
nanolithographic template 17
– block copolymer 17
nanomaterial
– block copolymer 1ff.
– molecular imprinting 651ff.
nanomaterial assembly
– DNA nanostructured-directed 876
nanomonolithic particle 667
nanoparticle (NP) 297
– calcium phosphate-based hybrid 531
– core–shell 658
– dendrimer 743ff.
– dendron with Simanek-functionalized
superparamagnetic NP 757
– engineered carbon 595ff.
– grafting 763
– hydroxyapatite (HAp) 533
– molecular imprinted 667
– nonaferrocenyl thiol
dendron-functionalized 750
– silica 665
– silicon carbide composite 587
– trioctylphosphine oxide-capped
CdSe 755
nanoparticle-cored dendrimer
(NCD) 743ff.
– CdSe/CdS core–shell 757
– Fe
2
O
3
757
– [G-1]
div
NCD 761
– [G-2]
conv
NCD 759
– [G-2]
div
NCD 762
– micellar property 748
– phenothiazine-terminated 752
– redox-active 750
– synthesis 745ff., 758ff.
– Tomalia-type 762
nanoparticle-cored hyperbranched polymer
(NCHP) 763
– grafting on nanoparticle 763
nanopatterned surface 123
– templated self-assembly 123
nanoplate
– gold nanoplate on ITO 308
nanoplatelet
– hydroxyapatite (HAp) 533
nanopore size tunability 36
nanoporous monolith
– block copolymer system 34
nanoporous surface
– functionalized 38
nanoreactor 44, 660
– block copolymer 44
nanorobotic system 253
nanoshell 104
– photoactive gold 104
nanospheres 42
nanostructure
– fullerene-rich 699ff.
– near-fi eld Raman imaging 677ff.
– polymeric self-assembled 92
– stimulus-responsive 92
nanotest-tube 82
nanotoxicology 551
nanotube 42, 195ff.
– aquator 289
– array 218
– block copolymer 67ff.
– chemical reaction 81ff.
– complex inorganic nanostructure 240
– DNA-dispersed 736
– Fe(II)-containing 82
– HOMO 261
– inorganic 195ff.
– LUMO 261
– metal 196
– metal disulfi de 206
– molecular imprinting 668
– niobate-based 233f.
– preparation 72ff.
– reinforced material 253
– spiral 234
– synthesis 195ff.
– titanate 233
– transition metal oxide 228
– triselenide 206
– trisulfi de 206
nanowire
– molecular imprinting 668
N-(1-naphthyl)ethylenediamine 280
NCD, see nanoparticle-cored dendrimer
near-fi eld Raman imaging 677ff.
– optically trapped dielectric
microsphere 688
near-fi eld scanning optical microscopy
(NSOM) 677ff.
894 Index
near-fi eld scanning Raman microscopy
(NSRM) 678
– TERS 686
network modifi er 808
nickel
– microtubule 200
– Ni(II) adsorption 632
– NiMg–NP 511f.
– nitrate (Ni-IMP) 511
– oxide NiO nanotube 230
nicotinamide adenine dinucleotide hydrate
(NADH) 302
niobate-based nanotube 233
niobium oxide nanotube 225ff.
nitroxide
– polymer 328
– radical 328
nonaferrocenyl thiol dendron-functionalized
nanoparticle 750
noncovalent imprinting 654
nonsurfactant templating 498ff.
norepinephrine 300
nucleic acid transfer 96
nylon-6 (PA6) 347, 410
– PA6/PP blend 410
– PA6-g-PP phase 410
6,6-nylon 347
o
octadecyltrichlorosilane (OTS) 220
olefi n metathesis 513ff.
oligo(p-phenylene vinylene) 381ff.
OMMT, see organically modifi ed
montmorillonite
once-broken rod 837, 852
one-electron-electrode reaction 324
one-step process 426
optical magnetic nanohand 88
optical tweezer mechanism 688
optically responsive polymer
nanocomposite 379ff.
– metal nanostructure 379ff.
– organic functional chromophore 379ff.
optically trapped dielectric
microsphere 688
– near-fi eld Raman imaging 688
order–disorder transition (ODT) 801
order–order transition (OOT) 801
organic electrode fabrication
– bottom-up strategy 323ff.
organic functional chromophore 379ff.
organic gelator network 816
organic polymer battery 319ff.
organic radical polymer electrode 324
organic/inorganic hybrid structure 842
organically modifi ed montmorillonite
(OMMT) 427ff., 442
organics
– intercalated 466
organization
– good 772
organoclay 444, 809
– self-assembling 471
organogel
– nanostructured 791ff.
organophilic clay 414
organophilic layered silicate (OLS)
413ff.
– dispersion 426
organophilic modifi er 443
orientation
– external fi eld 116
ovalbumin 726ff.
oxidation
– alcohol 350ff.
– aldehyde 350ff.
– crack bonding 557
– selective 337ff.
oxidation catalysis 333ff.
– nanoscale Ag 333
– nanoscale Au 333
– nanoscale Cu 333
oxidative dehydrogenation 517
oxidative steam reforming of methanol
(OSRM) 518
oxidative stress 602ff.
– nanoparticle 602
ozonolysis 34
p
π–π-stacking interaction 277ff., 746ff.,
822ff.
palladium
– catalyst 354
– CNT 263
– G-3 Pd NCD 748
– nanostructure 200
– Pd(II) 83ff.
– PZBAA 518
– PZBAAr 518
palladium nanoparticle (PdNP) 311
– attachment on ITO 311
– growth on ITO 311
pattern molecule 653
patterning surface energy 49
pentadecylphenol (PDP) 37
peptide amphiphile (PA) nanofi ber 214
peptide–CNT interaction 724
Index 895
peptide–synthetic hybrid block
copolymer 844ff., 855ff.
percolating network 444
percolation 784
Percus–Yevick scattering model 802ff.
periodontitis 549
perylene derivative 384
petrochemical 403
phase 2
– dispersed 380
– isotropic 7
– nematic 7
– smectic 7
phase-selective chemistry 1ff.
– block copolymer system 1ff.
phase separation 113ff.
PHEMA 52
phosphate-TSA-imprinted nanogel 664
phosphonium salt 463
photo-crosslinkable nano-object 41
photoacid generator (PAG) 28
photoactive gold nanoshell 104
photocyclodimerization 41
photoisomerization 51ff., 105
photolithographic technique 18
photoluminescence 735, 757
photon-to-photocurrent effi ciency
(IPCE) 706f.
photonic crystal
– 2-D 136
photoresist 16, 50, 124
– etch-resistant 30
– resolution 16
photoswitchable surface energy 51
phyllosilicate 403ff.
– clay 460
– nanocomposite-based 403ff.
– structure 404
pinacyanol chloride (PC) 749
plasma-enhanced chemical vapour
deposition (PECVD) 265
plasticization 444
platinum
– CNT 263
– nanocluster dispersedly-attached GC
(PtNC/GC) electrode 313
– nanocluster fi lm (PtNCF) 313
– nanotube 199f.
– PtPd alloy nanotube 199
platinum nanoparticle (PtNP) 312
– attachment on ITO 312f.
– attachment on GC 312ff.
PLLA nanocomposite 445
Plumber’s Nightmare morphology 36
Pluronic
®
L64 486ff.
Pluronic
®
P65 486
Pluronic
®
P84 491
Pluronic
®
P123 203, 486ff.
pnictide nanotube 235
polarization 798
polarizing optical microscopy (POM) 859
poloxamer 107
polyacetylene fi ber
– double-stranded 159
– hierarchical helical 159
poly(acetyliminoethylene-block-L-
phenylalanine) (PAEI-b-PLPhe) 840
– PAEI
41
-b-PLPhe
4,8
840
poly(acrylic acid) (PAA) 210
polyL-alanine (PLAla) 840
poly(amidoamine) (PAMAM) dendrimer
– Tomalia-type 743
poly(4-(2-aminoethyl)styrene-block-
styrene-block-4-(2-aminoethyl)styrene)
(PAES-b-PS-b-PAES) 85
poly(β-benzyl L-aspartate) (PBLAsp) 861
poly(β-benzyl L-aspartate-block-ethylene
glycol-block-β-benzyl L-aspartate)
(PBLAsp-b-PEG-b-PBLAsp) 861
– PBLAsp
25
-b-PEG
250
-b-PBLAsp
25
861
– PBLAsp
25
-b-PEG
454
-b-PBLAsp
25
861
– PBLAsp
32
-b-PEG
454
-b-PBLAsp
32
861
poly(γ-benzyl D,L-glutamate) (PBGlu)
857
poly(γ-benzyl L-glutamate) (PBLGlu)
837, 856
poly(γ-benzyl L-glutamate-block-butadiene-
block-γ-benzyl L-glutamate)
(PBLGlu-b-PB-b-PBLGlu) 853
– PBLGlu
53-188
-b-PB
64
-b-PBLGlu
53-188
837
poly(γ-benzyl L-glutamate-block-butadiene-
co-acrylonitrile-block-γ-benzyl L-glutamate)
(PBLGlu-b-PBAN-b-PBLGlu) 862
poly(γ-benzyl L-glutamate-block-9,9-
dihexylfl uorene-2,7-diyl-block-γ-benzyl
L-glutamate)
(PBLGlu-b-PHF-b-PBLGlu) 862
– PBLGlu
16
-b-PHF
28
-b-PBLGlu
16
862f.
– PBLGlu
23
-b-PHF
15
-b-PBLGlu
23
862f.
poly(γ-benzyl L-glutamate-block-
dimethylsiloxane-block-γ-benzyl
L-glutamate)
(PBLGlu-b-PDMS-b-PBLGlu) 858
poly(γ-benzyl L-glutamate-block-ethylene
glycol-block-γ-benzyl L-glutamate)
(PBLGlu-b-PEG-b-PBLGlu) 858ff.
– PBLGlu
58
-b-PEG
90
-b-PBLGlu
58
860
– PBLGlu
105
-b-PEG
90
-b-PBLGlu
105
860
896 Index
poly(γ-benzyl
L-glutamate-block-glycine)
(PBLGlu-b-PGly) 852
poly(γ-benzyl L-glutamate-block-isoprene-
block-γ-benzyl L-glutamate)
(PBLGlu-b-PI-b-PBLGlu) 855f.
poly(γ-benzyl L-glutamate-block-styrene-block-
γ-benzyl L-glutamate)
(PBLGlu-b-PS-b-PBLGlu) 856f.
– PBLGlu
25
-b-PS
165
-b-PBLGlu
25
856
poly(Ν
ε
-benzyloxycarbonyl L-lysine)
(PZLLys) 837, 856
poly(Ν
ε
-benzyloxycarbonyl L-lysine-block-
butadiene-block-Ν
ε
-benzyloxycarbonyl
L-lysine) (PZLLys-b-PB-b-PZLLys) 854f.
poly(Ν
ε
-benzyloxycarbonyl L-lysine-block-
dimethylsiloxane-block-Ν
ε
-
benzyloxycarbonyl L-lysine)
(PZLLys-b-PDMS-b-PZLLys) 857
– PZLLys
42
-b-PDMS
148
-b-PZLLys
42
857
– PZLLys
48
-b-PDMS
508
-b-PZLLys
48
857
– PZLLys
49
-b-PDMS
400
-b-PZLLys
49
857
– PZLLys
91,160
-b-PDMS
256
-b-PZLLys
91,160
857
poly(Ν
ε
-benzyloxycarbonyl L-lysine-block-
ethylene glycol-block-Ν
ε
-benzyloxycarbonyl
L-lysine) (PZLLys-b-PEG-b-PZLLys) 861
poly(bisphenyl A carbonate) (PC) 385
poly(butadiene) (PB) 837, 853
poly(butadiene-block-Ν
ε
-benzyloxycarbonyl
L-lysine) (PB-b-PZLLys) 844
poly(butadiene-block-L-glutamate) 837ff.
– PB
27-119
-b-PLGlu
20-175
837
– PB
48
-b-PLGlu
56-145
843
poly(butadiene-block-Ν
5−
hydroxyethyl
L-glutamine) (PB-b-PHLGln) 844
poly(butadiene-block-L-lysine)
(PB-b-PLLys) 844
poly(butadiene-block-styrene-block-butadiene)
(BSB) 801
poly(butadiene-co-acrylonitrile) (PBAN) 862
poly((tert-butyl acrylate-co-acrylic acid)-block-
azo methacrylate) 57
poly(butyl methacrylate-block-2-
cinnamoyloxyethyl methacrylate-block-tert-
butyl acrylate)
(PbMA-b-PCEMA-b-PtBA) 42
poly(tert-butyl methacrylate) 33
poly(1,4-butylene succinate) (PBS) 384
poly(ε-caprolactone) (PCL) 439ff.
– alumina 527, 541
– immiscible blend PCL/PEO 410
poly(ε-caprolactone-block-γ-benzyl
L-glutamate) (PCL-b-PBLGlu) 851
– PCL
50
-b-PBLGlu
40
851
poly(chloromethylstyrene) 32
poly(cinnamoylethylmethacrylate-block-tert-
butyl acrylate) 57
poly(2-cinnamoyloxyethyl methacrylate)
(PCEMA) 41
polycondensation catalyst 430
polycyclic aromatic hydrocarbon
(PAH) 602, 643
– carbon nanomaterial 643
poly(cyclo-octene) (PCO) 386
poly(n-decyl-i-butylsilane) 185
poly(n-decyl-(S)-2-methylbutylsilane) 168,
185
poly(n-decyl-3-methylbutylsilane) 185
poly(diallyldimethylammonium chloride)
(PDDA) 231, 280
polydiene-based diblock copolymer 844
polydiene-based triblock copolymer 852ff.
poly(9,9-dihexylfl uorene-2,7-diyl)
(PHF) 862
– bis(benzyl amine)-terminated 862
poly(2-(dimethylamino)ethylmethacrylate)
(PDAEMA) 14
poly((R)-3,7-dimethyloctyl-3-
methylbutylsilane) 167
poly((S)-3,7-dimethyloctyl-3-
methylbutylsilane) 167
poly((S)-3,7-dimethyloctyl-3-
methylpentylsilane) 178
poly((S)-3,7-dimethyloctyl-n-
propylsilane) 178
poly(2,6-dimethyl-1,4-phenylene oxide)
(PPO) 811
poly(dimethylsiloxane) (PDMS) 32, 390ff.,
819, 857
polydispersity index (PDI) 439
poly(divinylbenzene) shell 658
polyelectrolyte 231, 281ff., 329
polyester
– biodegradable 439
polyester ionomer (PETi) 438
polyester-based diblock copolymer 851
polyether-based diblock copolymer 850
polyether-based triblock copolymer 858
poly(ether urethane urea) (PEUU) 862
– PEUU/PBLGlu blend 862
poly(γ-ethyl
L-glutamate) (PELGlu) 855
poly(γ-ethyl L-glutamate-block-butadiene-
block-γ-ethyl L-glutamate)
(PELGlu-b-PB-b-PELGlu) 855
polyethylene (PE) 129f., 382, 410
– EPM/OLS nanocomposite 421ff.
– lamellae 130ff., 141ff.
– linear low density (LLDPE) 381
– matrix 392
Index 897
– PE-g-MAH/OLS 426
– PE/OLS nanocomposite 414
– PE–PP rubber (EPM), see ethylene–
propylene (random) copolymer
poly(ethylene-block-ethylene propylene-block-
ethylene) (PE-b-PEP-b-PE) 130
poly(ethylene glycol) (PEG) 463ff.,
491, 815
poly(ethylene glycol-block-alanine)
(PEG-b-PAla) 850
poly(ethylene glycol-block-alkyl acrylate-co-
methacrylic acid)
(PEG-b-(PAA-co-MAAc)) 95
poly(ethylene glycol-block-aspartic acid)
(PEG-b-P(Asp)) 94
– PEG
113
-b-PAsp
18,78
839
poly(ethylene glycol-block-(N′-citraconyl-2-
aminoethyl)aspartamide)
(PEG-b-P(Asp(EDA-Cit))) 98
poly(ethylene glycol-block-(ethylenediamine)
aspartic acid) (PEG-b-P[Asp(DET)]) 98
poly(ethylene glycol-block-γ-methyl
L-glutamate)
– PEG
75
-b-PMLGlu
32
839
– PEG
113
-b-PMLGlu
20,50
839
poly(ethylene glycol-block-L-histidine)
(PEG-b-P(His)) 95
poly(ethylene glycol-block-lactic acid)
(PEG-b-PLA) 95
poly(ethylene glycol-block-L-lysine) 839
– PEG
113
-b-PLLys
18,78
839
poly(ethylene glycol-block-(3-
morpholinopropyl) aspartamide-block-L-
lysine) (PEG-b-PMPA-b-P(Lys)) 98
poly(ethylene glycol-block-(2-nitrobenzyl
methacrylate) (PEG-b-PNBM) 105
poly(ethylene glycol)-oligodeoxynucleotide
conjugate (PEG-ODN) 97
– acid-labile linkage 97
– lactosylated (Lac-PEG-ODN) 97
poly(ethylene glycol-block-propylene oxide-
block-ethylene glycol) (PEG-b-PPO-b-PEG)
poloxamer micelle 107
poly(ethylene glycol-block-propylene
sulfi de-block-ethylene glycol)
(PEG-b-PPS-b-PEG) 100
poly(ethylene
glycol-block-(D,L-valine-co-D,L-
leucine)) 850
poly(ethylene glycol-block-(D,L-valine-
co-D,L-leucine)-block-ethylene glycol)
850
poly(ethylene imine) (PEI) 96, 283f.
poly(ethylene oxide) (PEO) 486
poly(ethylene oxide-block-γ-benzyl
L-glutamate)
– PEO
272
-b-PBLGlu
38-418
839
poly(ethylene oxide-block-isoprene)
(PEO-b-PI) 79
poly(ethylene oxide-block-propylene oxide-
block-ethylene oxide) (PEO-b-PPO-b-PEO,
Pluronics®) 35, 222
– [PEO]
13
[PPO]
30
[PEO]
13
486
– [PEO]
19
[PPO]
39
[PEO]
19
491
– [PEO]
20
[PPO]
69
[PEO]
20
491
poly(ethylene terephthalate) (PET) 200,
386, 448, 663
– MMT nanocomposite 430f.
– nanocomposite 429f.
– OMMT 430f.
– phyllosilicate nanocomposite 429f.
– sodium-MMT 431
poly(γ-L-glutamate) 160ff.
– 2-D crystallization on surfaces 172
poly(γ-L-glutamate) derivative 162
– thermotropic behavior 160
poly(L-glutamate) (PLGlu) 837
poly(L-glutamate-block-L-lysine)
(PLGlu-b-PLLys) 841
– PLGlu
15
-b-PLLys
15
841
poly(glyceryl methacrylate-block-2-
cinnamoyloxyethyl methacrylate-block-
acrylamide) (PGMA-b-PCEMA-b-PAA)
86
polyglycine (PGly) 852
polyhedral oligomeric silsesquioxane
(POSS) core
– dendrimer 744
poly(n-hexyl isocyanate) (PHIC) 74
poly(hexyl isocyanate-block-styrene)
(PHIC-b-PS) 7
poly(Ν
5−
hydroxyethyl L-glutamine)
(PHLGln) 853
poly(Ν
5−
hydroxyethyl L-glutamine-block-
isoprene-block-Ν
5−
hydroxyethyl
L-glutamine) (PHLGln-b-PI-b-PHLGln)
856
poly(hydroxystyrene) (PHOST) 28f.
polyion complex (PIC) micelle
97ff., 839
polyisocyanide
– helical 159
polyisoprene (PI) 837
poly(isoprene-block-Ν
ε
-benzyloxycarbonyl
L-lysine) (PI-b-PZLLys) 845
– PI
49
-b-PZLLys
35
845
– PI
49
-b-PZLLys
61
845
– PI
49
-b-PZLLys
92
845
898 Index
poly(isoprene-block-tert-butyl acrylate-block-
(cinnamoyloxyethyl methacrylate-co-2-
hydroxyethyl methacrylate)-block-glyceryl
methacrylate)
(PI-b-PtBA-b-P(CEMA-co-HEMA)-b-
PGMA) 83
poly(isoprene-block-cinnamoyloxyethyl
methacrylate-block-tert-butyl acrylate)
(PI-b-PCEMA-b-PtBA) 39
– PI
130
-PCEMA
130
-PtBA
800
72
poly(isoprene-block-ethylene oxide)
(Pi-b-PEO) 35, 56
poly(N-isopropylacrylamide)
(PNIPAAm) 102f., 839
poly(N-isopropylacrylamide-block-γ-benzyl
L-glutamate)
– PNIPAAm
203
-b-PBLGlu
39-123
839
poly(N-isopropylacrylamide-block-butyl
methacrylate) (PNIPAAm-b-PBMA) 102
poly(N-isopropylacrylamide-block-ethylene
oxide-block-N-isopropylacrylamide) 815
poly(N-isopropylacrylamide-block-styrene)
(PNIPAAm-b-PS) 102
poly(N-isopropylacrylamide-co-
dimethylacrylamide)
(PNIPAAm-co-PDMAAm) 103
poly(2-isopropyl-2-oxazoline) (PiPrOx) 104
poly(lactic acid) (PLA) 526
– poly(butylene succinate) (PBS) blend 411
poly(lactic acid-co-glycolic acid) (PLGA) 526
poly(D,L-lactic acid-co-glycolic acid)/
nanohydroxyapatite (PLGA/HAp) 545
poly(lactide) (PLA) 439ff.
– PLA-based nanocomposite 439
– PLA/MMT nanocomposite 447
– PLA/PCL 445
poly(L-lactide-block-aspartic acid)
– PLL
95,270
-b-PAsp
47-270
838
poly(L-lactide-block-γ-benzyl L-glutamate)
(PLL-b-PBLGlu) 851
poly(lactide-block-ε-caprolactone-block-lactide)
(PLA-b-PCL-b-PLA) 446
poly(L-leucine) (PLLeu) 841f.
poly(L-leucine-block-L-glutamate)
(PLLeu-b-PLGlu) 842
– PLLeu
180
-b-PLGlu
180
842
poly(L-leucine-block-Ν
ε
-2[2-(2-methoxyethoxy)
ethoxy]acetyl L-lysine)
– PLLeu
10-75
-b-PELLys
60-200
841
poly(L-lysine) (P(Lys), PLLys) 97, 837
– ethylene glycol-modifi ed (PELLys) 841ff.
polymer
– alkyl side chain 175
– compatibilizer 413ff.
– conjugated 323
– electrode-active material 323
– helical 160ff.
– hyperbranched 743ff.
– matrix 392
– metal nanostructure 379ff.
– molecular imprinted (MIP) 651ff.
– nanoparticle-cored hyperbranched
(NCHP) 763
– optically responsive polymer
nanocomposite 379ff.
– organic functional chromophore 379ff.
– organic polymer battery 319ff.
– organosilicon-containing 30
polymer chain
– 1-D architecture 166
– dynamics 165
– giant 75
– visualization of single chain 167
polymer composite
– fi ller 460
polymer foam
– infi ltration 534
polymer intercalation 412f.
polymer-analogous chemistry 50
polymer-analogous reaction 14
polymer–clay composite 408
polymer/layered silicates
nanocomposite 449
polymer–metal solubility 44
polymer/particle interface 46
polymer–Pd hybrid catalytic nanofi ber 83
polymer–Pd–Ni superparamagnetic
nanofi ber 83
polymer-wrapping technique 282
polymeric indicator
– mechanical stress 381ff.
– thermal stress 385ff.
polymeric micelle 93ff.
– DOX-loaded 102f.
polymeric modifi er 810
polymerization
– anionic 10f.
– atom transfer radical (ATRP) 12, 743,
763
– backbiting 11
– bulk 656
– degree 3ff.
– emulsion 657ff.
– fi lling technique 413
– group transfer (GTP) 13
– in situ 430
– intrachain cyclization 11
– living 9