142 Advances in Polymer Science Editorial Board: A. Abe. A.-C ...

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240 Subject Index Divergent method 183 Divinylbenzene 72, 77-81, 89, 91, lO4, lO7,123 Domb-Barret function 154 Double-comb polymer 135 Double-haired star polymer 135 Dynamic light scattering 151 Electron spray ionization mass spectrometry (ESI-MS) 188 Electrostatic repulsion zoo Emulsion polymerization 50, 52,167 Epoxidized macromonomer 136 ESCA 171 ESR 142 Excluded volume lOO Excluded-volume effects 153 Excluded-volume parameter 15o Expansion factor lOl, 153 Fast ion bombardment mass spectrometry (FAB-MS) 187 Flower-like conformation 134 Free radical polymerization zoo Free volume 155 Free-radical polymerization 43, 48-5z, 55, 59, 64, 65 FTIR-ATR 171 Functionalized core 15 Glycopeptide macromonomer 141 Good solvent lO4 Graft copolymer 41-65,134 - -, micellar aggregate 156 Grafting from 4~-44, 216 Grafting onto 44-47, 216 Grass transition temperature 155 Group transfer polymerization 3, 53 Growth, accelerated 186 Heteroarm star polymers 75 Hexamethylcyclotrisiloxane 93 Homogeneous nucleation theory 163 Homopolymerization of macromonomer 142 Hydrodynamic properties lO8 Hydrodynamic radius 73, lO9,197 Hydrogenation 184 Hydrolysis 200 Hydrosilylation 34-37, 83, 88,136 Hyperbranched polymer 65 Inifer technique 21 Initiator, multifunctional 17-3o -, orthogonal 138 Interface 114 Interfacial tension 112 Intrinsic viscosity 72, lO4, lO5, lO8, lO9,197, 203 Inverse star block copolymers 98, 99 Janus-type star polymer 14o Kinetic chain length 142 Kratky-Porod chain 154 Kuhn segment length 151 Kuhn segment number 153 Light scattering, dynamic 151 Liquid crystal, lyotropic 155 Liquid crystalline comb polymer 14o Living cationic isomerization polymerization 51 Living cationic polymerization 81 Living coupling agent 39 Living free radical polymerization 138,147 Luciferase 221 Lyotropic liquid crystal 155 Macromolecular coupling agent 76 Macromonomers 48-65, 81, 87, 91,133,134, 2o6 Mark-Houwink-Sakurada equation 151 Matrix-assisted laser desorption/ionization time of flight mass spectrometry (MALDI-TOF) 189 Mayo-Lewis equation 145 Mean-square radius of gyration 15o Megamolecules 74,125 Melt viscosity 15 Mesogen-substituted macromonomer 14o Metal-free anionic polymerization 139 Methacrylate end group 136 Methyltrichlorosilane (trichloromethylsi- lane) 75, 76, 93, 97, 98 Micellar aggregate of graft copolymer 156 Micellar polymerization 144,148 Micelles lO7, lO8,117 Michael addition 184 Microemulsion polymerization 17o Microgel core 4-17 Microphase-separated copolymer 135
Subject Index 241 Microphases 11z, 116,119 Microsphere 135,157 Molecular bottlebrushes 15o, 151,154 Molecular weight asymmetry 75 Monoclonal antibody 2zz Monolayer 203 Monte Carlo simulation lOZ, lO3, lO5,154 Morphology llZ, 116-118 Multiarm star polymer 4-41 Multibin kinetic model 165 Multibranched radical 14z Multifunctional coupling agent 3o-41 Multifunctional initiator 17-3o Multifunctional macromonomer 135 Mushroom-brush transition 171 NMR spectroscopy 156 , 172, 187 Non-aqueous dispersion 158 -Norbornenyl macromonomer 138,139 Nucleation mechanism 163 Nucleotide ZZl Order-disorder transition 72,11o, 116,12o- 122 Orthogonal initiator 138 1,3-Pentadienyl-terminated macromonomer 139 Persistence length 153 Phase boundaries z16 Phase diagram 112 Phenyl acetylene zo9 Photobleaching, recovery after 197 Poly(amidoamine)s (PAMAM) 184 Poly(benzyl ether) 197 - dendrimer 184, 18 9, 211 Poty(carbosilane) dendrimer 191 Poly(ethylene oxide) macromonomer 139 Poly (L-lysine) dendrimer r95,197, z15, 221 Poly(macromonomer) 134,149,155 Poly(paraphenylene) zo8 Poly(phenylacetylene) 186 - dendrimer 191 Poly(propylene imine) 6 - dendrimer z15 Polyacrylate macromonomer 139 Polybutadienes, asymmetric 76 Polycondensation 137 Polydispersity 193 Polyisoprenes, asymmetric 77 Polymacromonomers, bulk properties 154 Polymer redistribution reaction z18 Polymer-dendrimer hybrid zn Polymer-polymer reaction 146,147 Polymers, asymmetric -functionalized 97 Polyolefin macromonomer 136 Polysiloxane macromonomer 141 Polystyrene macromonomer 137 Polystyryllithium 76, 78 Pour point 11 PS, end-capped 76,85 Quaterpolymers 81, 96 Radical polymerization kinetics 142 Radioisotope zzz Radius of gyration 73, lO5,195 Reactivity ratio 145,165 Recovery after photobleaching 197 Renomalization group theory 73, lO5 Retrosynthetic analysis 182 Ring-opening methathesis polymerization 137 Rotaxanes 214 SAXS 151 Scaled excluded-volume parameter 153 Scanning force microscopy 203 SEC-DV 149 SEC-LALLS 149,15o SEC-MALLS 149 Sedimentation experiment 151 Segment density 194, 200 Segmental volume fraction 199 Selective gas permeabie membrane 156 Shear stability 12, 34 Shell thickness 2o3 Shrinkage factor 15o, 2o5 Simulation 194 Size exclusion chromatography (SEC) 193 Smith-Ewart theory 17o Soap-free emulsion polymerization 169 Solvent, common good lOO-lO8 -, theta lOO, lO2 Sphericity 194 Star homopolymers 77, 81 Star polymers, asymmetric 71, 74, 77, lOO, 123, 124 - -, core-shell type 139 - -, double-haired 135 - -, heteroarm 75 - -, Janus-type 14o - -, multiarm 4-41 Star-block copolymers 79,123
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142 Advances in Polymer Science Edi
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Branched Polymers I Volume Editor:
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Volume Editor Dr. Jacques Roovers I
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Preface While books have been writt
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Contents Synthesis of Branched Poly
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Synthesis of Branched Polymers by C
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Poly(macromonomers): Homo- and Copo
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Page 237 and 238: Author Index Volumes 101-142 Author
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