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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
Scanning electron microscopy, fundamentals      244 245
Scanning electron microscopy, polymer blends      71 72
Scanning electron microscopy, preparation of samples      247
Scanning electron microscopy, resolution      245
Scanning electron microscopy, supermolecular structure      156—7
Scattering      259
Scherrer equation      147
Schlieren texture      112 113
Schultz distribution      12
Schultz — Flory distribution      12
sec      see Size exclusion chromatography
Second order interaction      19
Secondary normal stress coefficient      100
Sectioning      249 250
Sectorization      see Crystal lamella
SEM      see Scanning electron microscopy
Sheaf structure      see Axialite
Shear modulus, complex      101
Shear modulus, loss      101
Shear modulus, storage      101
Shear viscosity      100
Shish-kebab      154
Short-chain branch, definition      6
Short-fibre composites, assessment of fibre orientation      255
Single-crystal      see Crystal lamella solution-grown
Size exclusion chromatography      11
Small-angle light scattering      156
Small-angle neutron scattering, deformation of rubbers      51
Small-angle neutron scattering, general      22 260 272
Small-angle neutron scattering, glassy amorphous polymers      96
Small-angle neutron scattering, polyethylene, melt-grown crystals      150—1
Small-angle X-ray scattering, crystal thickness      146
Small-angle X-ray scattering, instrumentation      272
Small-angle X-ray scattering, molecular fractionation, polyethylene      194
Small-angle X-ray scattering, polymer blends      70 72
Smectic phase      115 16
Solid-state extrusion      209
Solubility parameter, definition      67
Solubility parameter, Hansen's three-dimensional      67 68
Solubility parameter, methods for assessment      67
Solution, definition      55
Solution-spinning      211
Solvent etching      250 251
Space groups      132
Spectroscopic methods, spectral ranges      259
Spectroscopy, definition      259
Spherulite, banded      152 3
Spherulite, general      152 153 155 156
Spherulite, negative      152 156
Spherulite, non-banded      152
Spherulite, positive      152 156
Spinodal decomposition      56
Spinodal points      56 57 58
Staining, electron microscopy      247—9
Statistical weight matrix      29—30
Steady elongational viscosity      100
Steady simple shear flow, constitutive equations      96—100
Steady-state recoverable shear compliance, definition      103
Steady-state recoverable shear compliance, melts, according to reptation theory      108
Steady-state recoverable shear compliance, molar mass dependence      106
Stokes — Raman scattering      260
Subglass processes, amorphous polymers      93—5
Subglass processes, semicrystalline polymers      162 163
Super-folding model      145
Superheating, crystal      144 228
Supermolecular structure, general      151—5
Supermolecular structure, methods of assessing      155—7
Swiss cheese structure      142
Syndiotacticity      3
Tacticity      2
TEM      see Transmission electron microscopy
Tetrad      3
TG      see Thermogravimetry
Theory of rubber elasticity, affine deformation model      44 7
Theory of rubber elasticity, deviations from classical treatment      48 50
Theory of rubber elasticity, Mooney—Rivlin theory      51
Theory of rubber elasticity, non — Gaussian statistics      50 1
Theory of rubber elasticity, phantom network model      44 45 47 48
Thermal analysis, definition      217
Thermal analysis, methods, summary      217
Thermal conductivity, dependence on chain orientation      213
Thermal mechanical analysis      221 2
Thermal optical analysis      223
Thermo-elastic inversion      41 42
Thermogravimetry, content of volatile species      233
Thermogravimetry, filler content      233 4
Thermogravimetry, fundamentals      221
Thermogravimetry, oxidation induction time      233
Thermoplastic elastomers      41
Thermoplastics, definition      15
Thermosets, definition      15
Thermotropic liquid      110
Theta condition      21 23
Theta temperature      64 65
Thixotropy      102
Thompson—Gibbs equation      144 5 147 171
TMA      see Thermal mechanical analysis
TOA      see Thermal optical analysis
Torsion pendulum      222 223
Total enthalpy method      158 9
Trans state, definition      19 20
Trans( 1,4-polyisoprene), energetic stress ratio      44
Trans-crystalline structure      154
Transmission electron microscopy, artificial structures      251—2
Transmission electron microscopy, dark-field microscopy      246
Transmission electron microscopy, depth of field      245
Transmission electron microscopy, fundamentals      244 245 246
Transmission electron microscopy, molecular fractionation, polyethylene      194
Transmission electron microscopy, origin of contrast      246
Transmission electron microscopy, polymer blends      71 72
Transmission electron microscopy, preparation of samples      247 51
Transmission electron microscopy, resolution      245
Triad      3
Ultra-oriented polymers, history      17
Ultraviolet microscopy      240
Unit cell, crystal      131
Universal calibration procedure, SEC      11
Unperturbed chain, definition      23
Unperturbed chain, dimensions      23 24 65
Unperturbed chain, temperature coefficients      24 28
Upper critical solution, temperature      58 72
Utracki — Jukes equation      70
UV-Visible spectroscopy      269
Vectra      121
Vibrational spectroscopy, fundamentals      260—2
Vibrational spectroscopy, group frequencies      261
Viscosity measurement      22
Viscosity, complex      101
Viscosity, dynamic      101
Viscosity, Miesowisz      122
Viscosity, pressure dependence      107
Viscosity, shear      100
Viscosity, steady elongational      100
Viscosity, temperature dependence      107
Viscosity, zero-shear-rate      101 102
Voigt—Kelvin model      91
Vulcanization methods      41
Wavenumber      263
WAXS      see Wide-angle X-ray scattering
Wide-angle neutron scattering      260 272—3
Wide-angle X-ray scattering, crystal thickness      147
Wide-angle X-ray scattering, glassy amorphous polymers      95
Wide-angle X-ray scattering, instrumentation      271
Wide-angle X-ray scattering, polymer blends      70 72
William — Landel — Ferry equation, dielectric relaxation      226 227
William — Landel — Ferry equation, general      87 88 89 92 93
WLF equation      see William—Landel—Ferry equation
X-ray scattering, fundamentals      269—71
X-ray scattering, synchrotron source      270
Young's modulus      213
Zero-shear-rate viscosity, definition      101 102
Zero-shear-rate viscosity, melts, according to reptation theory      108
Zero-shear-rate viscosity, molar mass dependence      106
Zimm plot      22
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