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Gedde U.W. — Polymer Physics (Chapman 1995)
Gedde U.W. — Polymer Physics (Chapman 1995)



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Название: Polymer Physics (Chapman 1995)

Автор: Gedde U.W.

Аннотация:

Concerned with the different physical states and phenomena which are characteristic of polymers and the final chapters cover experimental techniques in polymer physics.


Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1995

Количество страниц: 312

Добавлена в каталог: 13.11.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Liquid crystalline polymers, mesogenic group      110
Liquid crystalline polymers, microscopy      253 254
Liquid crystalline polymers, morphology of injection-moulded specimen      211
Liquid crystalline polymers, phase diagrams      119 126
Liquid crystalline polymers, physical structure      111—17
Liquid crystalline polymers, rheology      121—3
Liquid crystalline polymers, side-chain      110 111
Liquid crystalline polymers, spacer group      110
Liquid crystalline polymers, theory      123—6
Liquid crystalline polymers, thermal behaviour      117
Long-chain branch      6
Longitudinal acoustic mode      266
Lower critical solution temperature      63 64 72
Lyotropic liquid      109
Macromolecular concept, history      16
Maier — Saupe theory      126
Maxwell model, dynamic mechanical behaviour      92
Maxwell model, static mechanical behaviour      91
Meander model      96
Mechanical $\alpha$ process      163
Melt-spinning      211
Meso dyad      3
Mesomorphic material      109
Mesophase, enantiotropic      117
Mesophase, monotropic      117
Mesophase, virtual      117
Michel — Levy chart      204 244
Microscopy, different techniques      240
Miller's index      134 135
Mixtures of branched and linear PE      191—3
Molar mass distribution functions      12
Molar mass segregation      149
Molar mass, colligative properties      10 11
Molar mass, end-group analysis      10
Molar mass, mass average      9
Molar mass, methods for assessment      10 11
Molar mass, number average      9
Molar mass, polydispersity index      10
Molar mass, viscosity average      9
Molar mass, Z average      9
Molecular architecture      6
Molecular fractionation, general      189—93
Molecular fractionation, methods for assessment      193—4
Molecular fractionation, theory      190
Monomer, definition      1
Mooney—Rivlin theory      51
Natural rubber, energetic stress ratio      44
Natural rubber, history      15 16
Natural rubber, structure      39
Natural rubber, tacticity      3
Necking, cold-drawing      210
Nematic phase      112—13
Network polymer      6
Newtonian liquid      101
NMR spectroscopy      see Nuclear magnetic resonance spectroscopy
Non-periodic layer crystallite      121
Nuclear magnetic resonance spectroscopy, applications      268 9
Nuclear magnetic resonance spectroscopy, chemical shift      267
Nuclear magnetic resonance spectroscopy, chemical structure      268
Nuclear magnetic resonance spectroscopy, coupling effect      267
Nuclear magnetic resonance spectroscopy, crystallinity      268
Nuclear magnetic resonance spectroscopy, fundamentals      266—7
Nuclear magnetic resonance spectroscopy, instrumentation      267 8
Nuclear magnetic resonance spectroscopy, nuclear overhauser effect (NOE)      268
Nuclear magnetic resonance spectroscopy, polymer blends      71 72
Nuclear magnetic resonance spectroscopy, segmental mobility      268
Nuclear magnetic resonance spectroscopy, thermal transitions      269
Nucleation, crystal, fundamentals      169 170
Nucleation, crystal, heterogeneous      170
Nucleation, crystal, homogeneous      170
Nucleation, crystal, molecular      190
Nucleation, crystal, primary      170
Nucleation, crystal, secondary      170
Nucleation, crystal, tertiary      170
OIT      see Oxidation induction time
Oligomer      1
Optical microscopy, bright-field microscopy      241
Optical microscopy, condenser      242
Optical microscopy, conjugate planes      242 243
Optical microscopy, dark-field microscopy      241
Optical microscopy, differential interference-contrast microscopy      244
Optical microscopy, fundamentals      241—3
Optical microscopy, history      239
Optical microscopy, numerical aperture      241 242
Optical microscopy, objective      242
Optical microscopy, phase-contrast microscopy      244
Optical microscopy, polarized light microscopy      243 4
Optical microscopy, polymer blends      71 72
Optical microscopy, resolution      241
Order parameter, definition      112
Order parameter, domain, temperature dependence      113 (see also Hermans orientation function)
Orientation-induced crystallization      194 5
Osmium tetroxide staining      247 8 249
Osmosis      62—3
Osmotic pressure, concentration dependence      65 6
Osmotic pressure, second virial coefficient      64
Ostwald-de Waele equation      102
Oxidation induction time, general      232 233
Oxidation induction time, temperature dependence      233
PA $n$      see Polyamide
PA 6      see Polyamide 6
PA 6, 10      see Polyamide 6 10 repeating
Paracrystalline model      147
PBTP      see Polybutylene terephthalate
Pe      see Polyethylene
Pentad      3
PEO      see Polyethyleneoxide
Permanganic acid etching      250 251
PETP      see Polylethylene terephthalate
Phantom chain      see Unperturbed chain
Phenol-formaldehyde resin      16
Physical ageing      82—5
Plasticizer      82
PMMA      see Polymethylmethacrylate
Point groups      132
Poiytetrafluoroethylene, crystal lamella, solution-grown      141
Poiytetrafluoroethylene, equilibrium melting data      173
Poiytetrafluoroethylene, repeating unit      8
Polarization, atomic      224
Polarization, dipolar      224
Polarization, electronic      224
Polarized light microscopy, fundamentals      243 4
Polarized light microscopy, molecular fractionation, polyethylene      194
Polarized light microscopy, supermolecular structure      155 156
Poly (4-methyl-1-pentene) crystal lamella, repeating unit      7
Poly (4-methyl-1-pentene) crystal lamella, solution-grown      141
Poly($n$-alkylacrylate)      8
Poly($n$-alkylmethacrylate)      8
Poly(1,4-butadiene), crystallization via metastable phase      188
Poly(1,4-butadiene), repeating unit      7
Poly(1-butene), crystal lamella, solution-grown      141
Poly(butylene terephthalate)      8
Poly(dimethyl siloxane)      44
Poly(etherether ketone), etching techniques for electron microscopy      251
Poly(ethylene terephthalate), crystal lamella, solution-grown      141
Poly(ethylene terephthalate), etching techniques for electron microscopy      251
Poly(ethylene terephthalate), maximum modulus      212
Poly(ethylene terephthalate), repeating unit      8
Poly(vinyl alcohol)      7
Poly(vinylidene dichloride)      8
Poly(vinylidene difluoride)      8
Polyacrylonitrile      7
Polyalcohols, staining for TEM      249
Polyaldehydes, staining for TEM      249
Polyamide $n$      8
Polyamide 6, crystal lamella, solution-grown      141
Polyamide 6, maximum modulus      212
Polyamide 6, repeating unit      8
Polyamide 6,10, repeating unit      8
Polyamide 6,6, crystal lamella, solution-grown      141
Polyamide 6,6, equilibrium melting data      173
Polyamide 6,6, supermolecular structure      155
Polyamides, etching techniques for electron microscopy      251
Polyamides, repeating unit      8
Polyamides, staining for TEM      249
Polybutadiene      4
Polydienes, staining for TEM      249
Polyethylene, Avrami exponent data      177 8
Polyethylene, crystal lamella, solution-grown      138 40
Polyethylene, crystal structure      133
Polyethylene, crystal structure, temperature dependence      134
Polyethylene, crystal structure, temperature dependence, crystallization kinetics data, LH Polyethylene, crystal structure, temperature dependence, theory      184—5
Polyethylene, elastic modulus as function of draw ratio      214
Polyethylene, energetic stress ratio      44
Polyethylene, equilibrium melting data      173
Polyethylene, etching techniques for electron microscopy      251
Polyethylene, heating rate dependence of melting point      227 228
Polyethylene, hexagonal phase      188
Polyethylene, history      16 17
Polyethylene, maximum modulus      212
Polyethylene, molecular fractionation      190 191 192
Polyethylene, polymerization      13
Polyethylene, preferred conformation      36
Polyethylene, Raman spectroscopy, crystal thickness      147
Polyethylene, repeating unit      7
Polyethylene, staining for TEM      249
Polyethylene, statistical weight matrix      29
Polyethylene, supermolecular structure      152 153 154 155
Polyethylene, transmission electron microscopy      252—3 254
Polyethyleneoxide, crystal lamella, solution-grown      141
Polyethyleneoxide, equilibrium melting data      173
Polyethyleneoxide, repeating unit      8
Polyisoprene, repeating unit      7
Polyisoprene, tacticity      3
Polymer blends, electron microscopy      254—5
Polymer blends, glass transition temperatures      70 72
Polymer blends, infrared spectroscopy      71 72
Polymer blends, light scattering      70 72
Polymer blends, methods for the assessment of morphology      70—1
Polymer blends, molecular interpretation of miscibility      72
Polymer blends, nuclear magnetic resonance spectroscopy      71 72
Polymer blends, optical microscopy      71 72
Polymer blends, phase diagrams      72
Polymer blends, scanning electron microscopy      71 72
Polymer blends, small-angle X-ray scattering      70 72
Polymer blends, transmission electron microscopy      71 72
Polymer blends, turbidity measurements      70
Polymer blends, wide-angle X-ray scattering      70 72
Polymer crystallography      131 7
Polymer solutions, concentration regimes      65 6
Polymer solutions, dilute      65 66
Polymer solutions, general      58—68
Polymer solutions, semi-dilute      66
Polymer, definition      1
Polymer, names, source-based      6
Polymer, names, structure-based      6
Polymerization, anionic      13
Polymerization, cationic      13
Polymerization, chain-growth      12 13
Polymerization, coordination      13
Polymerization, definition      1
Polymerization, history      16—18
Polymerization, radical      12
Polymerization, step-growth      12
Polymethylmethyacrylate, etching techniques for electron microscopy      251
Polymethylmethyacrylate, relaxation behaviour      93 94
Polymethylmethyacrylate, repeating unit      7
Polymorphism, polyethylene      133
Polymorphism, polypropylene      133 134
Polyoxymethylene, crystal lamella, solution-grown      141
Polyoxymethylene, equilibrium melting data      173
Polyoxymethylene, maximum modulus      212
Polyoxymethylene, preferred conformation      36
Polyoxymethylene, repeating unit      8
Polypropylene isotactic, cross-hatching      149
Polypropylene isotactic, crystal lamella, solution-grown      141
Polypropylene isotactic, crystal structure      133 134
Polypropylene isotactic, equilibrium melting data      173
Polypropylene isotactic, etching techniques for electron microscopy      251
Polypropylene isotactic, infrared spectrum, conformational analysis      265—6
Polypropylene isotactic, maximum modulus      212
Polypropylene isotactic, preferred conformation      36
Polypropylene isotactic, staining for TEM      249
Polypropylene isotactic, supermolecular structure      155
Polypropylene, repeating unit      7
Polystyrene, glass transition temperature, molar mass dependence      81
Polystyrene, isotactic, crystal lamella, solution-grown      141
Polystyrene, isotactic, etching techniques for electron microscopy      251
Polystyrene, relaxation behaviour      95
Polystyrene, repeating unit      7
Polyvinylacetate, repeating unit      7
Polyvinylchloride, repeating unit      7
POM      see Polyoxymethylene
PP      see Polypropylene isotactic
Primary normal stress coefficient      100
PS      see Polystyrene isotactic
Pseudoplastic liquid      101
PTFE      see Poiytetrafluoroethylene
PVAc      see Polyvinylacetate repeating
PVAL      see Poly(vinyl alcohol)
PVC      see Polyvinylchloride repeating
PVDC      see Poly(vinylidene dichloride)
PVDF      see Poly(vinylidene difluoride)
Racemic dyad      3
Radius of gyration, definition      21
Raman spectroscopy, chemical structure analysis      264
Raman spectroscopy, crystal thickness      147
Raman spectroscopy, fundamentals      260 261
Raman spectroscopy, sample preparation      263 4
Random chain      see Gaussian chain
Random lamellar structure      154
Random switch-board model      145
Random-flight analysis      33 5
Reciprocal space      135—6
Regular solution model, general      55—8
Regular solution model, mixing enthalpy      56
Regular solution model, mixing entropy      56
Regular solution model, upper critical solution temperature      58 62
Relaxation processes, molecular interpretation      93—5
Relaxation processes, semicrystalline polymers      162—4
Relaxation time spectrum      92
Relaxation time, Arrhenius temperature dependence      93
Relaxation time, dielectric measurements      225 226
Relaxation time, Maxwell model      91
Relaxation time, melts, according to reptation theory      108
Relaxation time, melts, molar mass dependence      105—6
Relaxation time, terminal      104
Reptation model      107 9
Retardation time, Voigt — Kelvin model      91
Rheology, definition      99
Rheology, liquid-crystalline polymers      121 3
Rheology, methods for assessment of properties      104 5
Rheopexi      102
Rotational isomeric state approximation      19—20
Rotational partitioning function      27
Rouse model      107
Row-nucleated structure      154
Rubber elastic theory, history      16
Rubber elasticity, statistical mechanical theory      44 8
Rubber-plateau      14
Rubbers, energetic stress ratio      43 44
Rubbers, structure      41
Rubbers, swelling in solvents      48
Rubbers, thermo-elastic behaviour      41
Rubbers, thermodynamics      41 4
Ruthenium tetroxide, staining      248 249
Sadler — Gilmer theory      186—8
SALS      see Small-angle light scattering
SAXS      see Small-angle X-ray scattering
Scanning electron microscopy, depth of field      245
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