142 Advances in Polymer Science Editorial Board: A. Abe. A.-C ...
142 Advances in Polymer Science Editorial Board: A. Abe. A.-C ...
142 Advances in Polymer Science Editorial Board: A. Abe. A.-C ...
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Subject Index 241<br />
Microphases 11z, 116,119<br />
Microsphere 135,157<br />
Molecular bottlebrushes 15o, 151,154<br />
Molecular weight asymmetry 75<br />
Monoclonal antibody 2zz<br />
Monolayer 203<br />
Monte Carlo simulation lOZ, lO3, lO5,154<br />
Morphology llZ, 116-118<br />
Multiarm star polymer 4-41<br />
Multib<strong>in</strong> k<strong>in</strong>etic model 165<br />
Multibranched radical 14z<br />
Multifunctional coupl<strong>in</strong>g agent 3o-41<br />
Multifunctional <strong>in</strong>itiator 17-3o<br />
Multifunctional macromonomer 135<br />
Mushroom-brush transition 171<br />
NMR spectroscopy 156 , 172, 187<br />
Non-aqueous dispersion 158<br />
-Norbornenyl macromonomer 138,139<br />
Nucleation mechanism 163<br />
Nucleotide ZZl<br />
Order-disorder transition 72,11o, 116,12o-<br />
122<br />
Orthogonal <strong>in</strong>itiator 138<br />
1,3-Pentadienyl-term<strong>in</strong>ated macromonomer<br />
139<br />
Persistence length 153<br />
Phase boundaries z16<br />
Phase diagram 112<br />
Phenyl acetylene zo9<br />
Photobleach<strong>in</strong>g, recovery after 197<br />
Poly(amidoam<strong>in</strong>e)s (PAMAM) 184<br />
Poly(benzyl ether) 197<br />
- dendrimer 184, 18 9, 211<br />
Poty(carbosilane) dendrimer 191<br />
Poly(ethylene oxide) macromonomer 139<br />
Poly (L-lys<strong>in</strong>e) dendrimer r95,197, z15, 221<br />
Poly(macromonomer) 134,149,155<br />
Poly(paraphenylene) zo8<br />
Poly(phenylacetylene) 186<br />
- dendrimer 191<br />
Poly(propylene im<strong>in</strong>e) 6<br />
- dendrimer z15<br />
Polyacrylate macromonomer 139<br />
Polybutadienes, asymmetric 76<br />
Polycondensation 137<br />
Polydispersity 193<br />
Polyisoprenes, asymmetric 77<br />
Polymacromonomers, bulk properties 154<br />
<strong>Polymer</strong> redistribution reaction z18<br />
<strong>Polymer</strong>-dendrimer hybrid zn<br />
<strong>Polymer</strong>-polymer reaction 146,147<br />
<strong>Polymer</strong>s, asymmetric -functionalized 97<br />
Polyolef<strong>in</strong> macromonomer 136<br />
Polysiloxane macromonomer 141<br />
Polystyrene macromonomer 137<br />
Polystyryllithium 76, 78<br />
Pour po<strong>in</strong>t 11<br />
PS, end-capped 76,85<br />
Quaterpolymers 81, 96<br />
Radical polymerization k<strong>in</strong>etics <strong>142</strong><br />
Radioisotope zzz<br />
Radius of gyration 73, lO5,195<br />
Reactivity ratio 145,165<br />
Recovery after photobleach<strong>in</strong>g 197<br />
Renomalization group theory 73, lO5<br />
Retrosynthetic analysis 182<br />
R<strong>in</strong>g-open<strong>in</strong>g methathesis polymerization<br />
137<br />
Rotaxanes 214<br />
SAXS 151<br />
Scaled excluded-volume parameter 153<br />
Scann<strong>in</strong>g force microscopy 203<br />
SEC-DV 149<br />
SEC-LALLS 149,15o<br />
SEC-MALLS 149<br />
Sedimentation experiment 151<br />
Segment density 194, 200<br />
Segmental volume fraction 199<br />
Selective gas permeabie membrane 156<br />
Shear stability 12, 34<br />
Shell thickness 2o3<br />
Shr<strong>in</strong>kage factor 15o, 2o5<br />
Simulation 194<br />
Size exclusion chromatography (SEC) 193<br />
Smith-Ewart theory 17o<br />
Soap-free emulsion polymerization 169<br />
Solvent, common good lOO-lO8<br />
-, theta lOO, lO2<br />
Sphericity 194<br />
Star homopolymers 77, 81<br />
Star polymers, asymmetric 71, 74, 77, lOO,<br />
123, 124<br />
- -, core-shell type 139<br />
- -, double-haired 135<br />
- -, heteroarm 75<br />
- -, Janus-type 14o<br />
- -, multiarm 4-41<br />
Star-block copolymers 79,123