Benoit H. (ed.), Cantow H.-J. (ed.), Dall'Asta G. (ed.) — Polymer Physics :: Электронная библиотека попечительского совета мехмата МГУ

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Benoit H. (ed.), Cantow H.-J. (ed.), Dall'Asta G. (ed.) — Polymer Physics

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Название: Polymer Physics

Авторы: Benoit H. (ed.), Cantow H.-J. (ed.), Dall'Asta G. (ed.)

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1987

Количество страниц: 295

Добавлена в каталог: 12.05.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

"Brownian" diffusion      187
"Ene" reaction      254
"Large jump" diffusion      187
"Metamorphic-active" polymers      5
$3_{1}$ -Helical conformation      169
$Fe^{2+}$ /EDTA/ $H_{2}O_{2}$       238 240
$Sp^{2}$ conformation      272
$Sp^{2}$ conformation, planar      271
$TE_{011}$ cavity      259 268
$TE_{011}$ mode      258
$Ti^{3+}$ /t-Butylhydroperoxide      238
$Ti^{3+}/H_{2}O_{2}$       238 240
$Ti^{3+}/NH_{2}OH$       238
$TM_{110}$ cavity      257 259 264
$\alpha$ -Acetoxyethyl radicals      247f.
$\alpha$ -Methylstyrene      253 256
$\alpha$ -Relaxation      156
$\beta$ -Proton      145
1, 2, 4, 5-Tetrahydroxybenzene      163
1, 2-Disubstituted olefins      269
2, 2', 6, 6'-Tetramethyl piperizin-1-oxyl (TEMPOL), ESR spectrum      230
2, 2'-Azobis(2, 4-dimethylvaleronitrile)      269
2, 2'-Azobis-isobutyrate      269
2, 2'Azobis-isobutyronitrile (AIBN)      236 269
2, 4, 6-Tri-tert-butyl nitrosobenzene      195 250
2-Methyl-2-nitrosopropane      250
2-Methyltetrahydrofuran      228
3, 5-Di-t-butyl-4-hydroxyphenyl-t-butylnitrone      250
4-Hydroxy-2, 2, 6, 6-tetramethylpiperidin-1-oxyl      264
AA (Acrylamide)      233 238 240 241 243
AA (Acrylamide), ESR spectra of polymerizing      239
AB      233 234
Acrylamide (AA)      233 238 240 241 243
Acrylonitrile      249 256
Acryloylmethyl allylamine      237
Adsorbents, photoresponsible      12
Affine deformation      76 78 79
Affine deformation, total      57
Affineness, loss of      56f.
Agar-agar      37
AIBN      236 269
Albumin      30
Alginic acid      37
Alkyl fumarates      269
Alkyl, radical      146
Allosteric effect      5
Alloxan      9
Allylamines      244
Allylic radicals      180 233
Amorphous part      148
Amorphous polymer      232
AN      243 248 256 271
Anisotropy of scattering      52
Anticooperative binding      28
Artificial muscle      2f.
Artificial muscle, electrically activated      36
Axes, principal      145
Azo compounds      244
Azobenzene      10
Azobis(benzo-15-crown-5)      12
Balance resonator      257
Balance transmission cavity      258
Ball-milling      191
Barium methacrylate dihydrate      219
Barium methacrylate, ESR spectra      220
Benzoyl peroxide      269
Benzoyl peroxide/N, N-dimethylaniline      257
Benzoyloxyl      256
Benzoyloxyl radical      257
Benzyl methacrylate      261
Benzyl methacrylate, $k_{p}$       266
Bi-molecular reaction      150
BIA      271
Bimetal      40
Binary mixtures      105 110
Binodal temperature      117
Bloch equation, modified      179
Block copolymer      120
Bohr magneton      145
Bohr magneton, electronic      210
BPO-initiated polymerization      226
BPO-initiated polymerization of Vac      233
BPP equation      176 180
Broad-line NMR      170 224
Broadening, inhomogeneous      212
Butadiene      233 238 251 252
BzMA      261 262 266 267
Capture radius      152
Chain orientation      169
Change of couterions      1
Chelation      1
Chemical valve      28
Chemical valve, electrically activated      39
Chemoluminescence      4
Chemomechanical piston      6
Chemomechanical system      1f.
Chemomechanical system, electro-activated      36 39
Chemomechanical turbine      15
cis-trans isomerization      10
Clapeyron — Clausius equation      18
Cloud point      113
Coextruded samples      62
Coextrusion      62f.
Collagen fibers      14
Compatibilizer      117
Configuration      158
Conformation      143
Conformation energy, polyMMa radical      228
Conformation energy, propagating radical of MMA      227
Conformation, gauche/trans      143
Contact interaction      213
Continuous-flow method      244
Continuous-flow method, rapid-mixing      238
Contraction      64f.
Contraction, isotonic and isomeric      19
Conversion of mechanical into chemical energy      1
Cooperative interaction      27
Correlation time      176
Correlation time, distribution of      176
Correlation time, representative      177
Couette flow      51
Coupling constants, hyperfine      144
Critical chain length      27
Critical micelle concentration      122 126
Critical temperature      117
Crown ether      12
Crystalline part      149
Crystals, extended-chain      170
Cyanopropyl radical      254
Cyclic radical, five-membered      243 244
Cyclohexanecarbonitrile      269
Cylindrical transmission cavity      258
Debye function      69
Deformation tensor      69
Deformation, steady      51
Degradation      99
Degradation, thermal      198
Deswelling      85
Deuterium magnetic resonance      97 98
Di-butyl itaconate      269
Di-t-butylperoxide      248 269
Dialkyl itaconate      269
Diene compounds      232 236 243
Diene compounds, propagating radicals      236
Diene monomers      251
Dienes, unconjugated      237
Diffusion constant      152
Diffusion-controlled bi-molecular reaction      151
Dimethacrylamides, cyclization polymerization of N-substituted      236
Dimethacrylamides, N-substituted      236

Diphenylpyridylmethyl methacrylate      269
Dipolar interaction      211 213
Dipole-dipole interaction      145
Disengagement      55 75f.
Dissipative structures      43
Divinyl ether      251
Doi — Edwards model      50 54
Dynamic mechanical studies      177
EEP      233 234
Electro-shrinkable gels      39
Electrokinetic processes      2f. 36
Electroluminescence      4
Electron g factor      210
Electron-Zeeman interaction      212
Elongated melts      47ff.
EMP      233 234
EP      233 234
ESR(EPR)      143
Ethyl acrylate      271
Ethyl vinyl ether      272
Exchange broadening      230 232
Extended-chain crystals      170
Extrema separation      186 191
FA      243
First-order reaction scheme      150
Five-membered ring      236
Flagella      4
Flow experiments      53
Flow systems      243
Flow-mixing method      243
Fluorescence polarization      97
Free energy of mixing      105
Free radicals      143
Fuming nitric acid treatment      146
g-Anisotropy      145 164
g-Faktor      145
g-Tensor      145 164 168
g-Tensor, principal value      168
g-Values      144 209
Gaussian angle distribution      230
Gaussian conformation distribution      226
Gel, electro-shrinkable      39
Gel, phase transition      38
Glass transition      52
Gum arabic      37
Head addition      253
Hemoglobin      3 30
Hindered oscillation model      224
Hydrogen-ion transfer (pH muscle)      1
Hyperfine coupling constants      144
Hyperfine interaction      145 215
Hyperfine splitting      212 237
Hyperfine splitting constants      209 215 239 246 253 263 269
Hyperfine structure      212
Hyperfine tensor      145
IBMA      261 262
Indigo      10
Intensity distribution      217
Interaction energy density      109
Interaction parameter      109
Interfacial activity      135
Internal rotation      215 217
Intramolecular motions      215
IpAc      263 267
Isobutyl methacrylate      261
Isobutyl vinyl ether      256 263 264 272
Isobutyric acid      222
Isointensity lines      90
Isometric contraction      19 20
Isopropenyl acetate      262
Isopropyl vinyl ether      272
Isotonic contraction      19 20
Itaconic acid      238
James and Guth model      80
Jump diffusion      193
Junction affine model      80 84 85
Kinetic chain lenght      246
Kuhn model      80
Lamellar surface      149
Lamellar thickening      187
line width      144 215 229 230
Line width, limiting      216
Line width, two-step narrowing      176
Losange      90
MA (Methyl acrylate)      217 243 248 249 255 256
MAA (Methacrylic acid)      217ff. 223 224 226 238 240 241 253
MAA (Methacrylic acid) radical      223
Magnetic flux density      259
Maximum slope distance      224
Mechanical destruction      190
Mechanochemical cycles      5
Mechanochemical reactions      5
Mechanochemical systems      5
Melt dynamics      54f.
Melts, elongated      47ff.
Methacrylic acid (MAA)      217ff. 223 224 226 238 240 241 253
Methacrylonitrile      253 256
Methacryloylmethyl allylamine      237
Methyl acrylate (MA)      217 243 248 249 255 256
Methyl isopropenyl ketone      256
methyl methacrylate (MMA)      217ff. 229 245 253 256 257 260—271
Methyl radicals      256 257
Methyl vinyl ketone      256
Methylene hydrogens      220
Methyl[ $\beta-d_{2}$ ] methacrylate      253 254
Micelle      24 30 126 132
Microdomain      121 122
Microphase separation temperature      122ff. 128
Microphase separation transition      121
Miscibility window      116
Missile drug      40
MMA (Methyl methacrylate)      217ff. 229 245 253 256 257 260—271
MMA- $\beta-d_{2}$       226
Moderate jump diffusion      187
Monomer radicals, isomeric      238
Muscle      4
n-Allylbarbituric acid      9
N-Chlorosuccinimide/p-toluenesulfonic acid      257
N-Methyl dimethacrylamide      237
Nematic field      98
Neutron spin echo      96
Nitric acid treatment, fuming      146
Nitrosobenzene      189 250
Nitrosodurene      250
Nitroxide radical      184
NMR, broad-line      170
Noncooperative binding      28
Nuclear magnetic reasonance (NMR)      143 170
Nuclear-Zeeman interaction      212
Nucleohistone fiber      17
Order-disorder transition      1f. 121 123
Osmotic engine      3
Outermost separation      186 188 191
p-Methylbenzyl radical      255
peg      19
Penetration mechanism      23
Peroxy radicals      164
pH-muscle      6
Phantom network model      80 84 86
phase diagram      118 125 129
Phase transition      1ff.
Phase transition, gel      38
Phenyl methacrylate      266
Phenyl methacrylate, o-substituted      269
Phenyl radicals      243 256 257
Phenyl-N-t-butylnitrone      250
Photo-flow method      238
Photo-initiated radical polymerization      217
Photoisomerization, steric      1ff.
Photolytically-generating flow method      247

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