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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
$n$ PAN      see Polyacrylonitrile
Absorbance, infrared spectroscopy      263
Acrylonitrile-butadiene-styrene plastics, glass transition temperatures      81
Aliphatic polyesters, history      16
Alpha process, relaxation, molecular criteria for      163 4
Anelastic behaviour      89 90
Anti — Stokes — Raman scattering      260
Anti-plasticization      82
Argand plot      225 226
Arrhenius equation, dielectric relaxation      226 227
Atacticity      3
Atomic force microscopy      240
ATR      see Attenuated total reflection
Attenuated total reflection      262
Avrami equation, analysis of crystallization kinetics data      178
Avrami equation, athermal nucleation      175 176
Avrami equation, exponent values for special growth cases      177
Avrami equation, general      176
Avrami equation, limitations for polymers      177
Avrami equation, primary crystallization      177
Avrami equation, secondary crystallization      178
Avrami equation, thermal nucleation      176
Axialite      154
Bakelite      see Phenol-formaldehyde resin
Bimodal melting      229
Bingham plastics      101
Binodal points      57 58
Birefringence, assessment, compensator      204—5
Birefringence, biaxial orientation      208
Birefringence, form      204
Birefringence, semicrystalline polymers      204
Birefringence, uniaxial orientation      202 203
Boltzmann superposition principle      90
Bonds, dissociation energy      2
Bonds, length      2
Bragg equation      270
Bravais lattices      131 132
Burger's model      91—2
C-axis orientation      205—6
CED      see Cohesive energy density
Cellulose nitrate, history      16
Chain branching, polyethylene, crystal structure      137
Chain entanglements, general      99
Chain entanglements, rheological properties      106
Chain folding      138 139 145 150 151
Chain of hindered rotation, independent torsion angle potentials      26—9
Chain of hindered rotation, interdependent torsion angle potentials      29 32
Chain orientation, assessment, infrared spectroscopy      206—7
Chain orientation, assessment, sonic modulus      207
Chain orientation, biaxial orientation      208
Chain orientation, effect on properties      211—14
Chain orientation, end-to-end vector orientation      200—1
Chain orientation, methods to orient polymers      208—11
Chain orientation, segmental orientation      200
Chain orientation, semicrystalline polymers      207 8
Chain orientation, uniaxial orientation      203
Chain with preferred conformation      35—6
Chlorosulphonation, staining      248 249
Cholesteric phase      114 115
Clausius—Mesotti equation      223
Cohesive energy density      67
Cold-drawing      208 9
Cole — Cole equation      225
Cole — Cole plot      see Argand plot
Cole—Davidson equation      226
Compton scattering      270
Configuration, definition      2
Configuration, head-to-tail      4
Configuration, tacticity      2
Conformation, anti-gauche      19
Conformation, definition      4
Conformation, eclipsed position      19
Conformation, energy map of butane      20
Conformation, energy map of ethane      20
Conformation, gauche      19 20
Conformation, staggered position      19
Conformation, trans      19 20
Conoscopy      240
Constitutional repeating unit      1
Copolymer, alternating      5
Copolymer, block      5
Copolymer, definition      5
Copolymer, graft      5
Copolymer, random      5
Copolymer, statistical      5
Copolymer, terpolymer      5
Crankshaft motions      95
Crystal lamella stack, dominant      149
Crystal lamella stack, general      147—9
Crystal lamella stack, subsidiary      149
Crystal lamella, chain folding      138 139 145 150 151
Crystal lamella, crystal thickening      142 143 144
Crystal lamella, equilibrium shape      142
Crystal lamella, fundamentals      138—40
Crystal lamella, history      137—8
Crystal lamella, hollow pyramide, polyethylene      139
Crystal lamella, initial crystal thickness      143
Crystal lamella, lateral habit, other polymers, solution-grown      141
Crystal lamella, lateral habit, polyethylene      139 140
Crystal lamella, melt-grown      147 51
Crystal lamella, melt-grown, fold surface      149—51
Crystal lamella, methods for assessment of structure      145—6
Crystal lamella, polyethylene, annealing of monolayer crystals      142 143
Crystal lamella, roof-shaped, polyethylene      148
Crystal lamella, rough lateral surfaces      140 141
Crystal lamella, sectorization, polyethylene      139
Crystal lamella, solution-grown      138 41
Crystal systems      131 132
Crystal thickening      142 143 144 227
Crystallinity, assessment, by calorimetry      158—9 229
Crystallinity, assessment, by density measurements      158
Crystallinity, assessment, by wide-angle X-ray scattering      157—8
Crystallinity, definition      157
Crystallinity, infrared spectroscopy      265 266
Crystallinity, nuclear magnetic resonance spectroscopy      268
Crystallinity, polyethylene, dependence on, molecular structure      159—60
Crystallinity, polyethylene, dependence on, thermal treatment      160
Crystallinity, polyethylene, effect on, mechanical properties      161
Crystallinity, polyethylene, effect on, transport properties      161
Crystallite orientation      206
Crystallization kinetics, assessment by, differential scanning Crystallization kinetics, assessment by, calorimetry      229 30
Crystallization, metastable phases      188—9
Degree of polymerization      11
Dendrimer      6
des Cloiseaux’ law      66
DETA      see Dielectric thermal analysis
Diamond, maximum modulus      212
Die-swell      103
Dielectric a process      163
dielectric constant      225
Dielectric loss      225
Dielectric thermal analysis      223 6
Differential scanning calorimetry, amorphous polymers      230 1
Differential scanning calorimetry, degree of vulcanization      234
Differential scanning calorimetry, fundamentals      218 219 220
Differential scanning calorimetry, liquid-crystalline polymers      231 232
Differential scanning calorimetry, methods to obtain high accuracy in data      220
Differential scanning calorimetry, molecular fractionation, polyethylene      193 194
Differential scanning calorimetry, polymer degradation      232 233
Differential scanning calorimetry, semicrystalline polymers      226—30
Differential thermal analysis      218 219 220
Diffraction      259
Dilatant liquid      101
Dilatometry      221 2
Dimension of Gaussian chains, light scattering      22
Dimension of Gaussian chains, long-range effects      22 33
Dimension of Gaussian chains, small-angle neutron scattering      22
Dimension of Gaussian chains, theta conditions      22
Dimension of Gaussian chains, viscometry      22
Disclination      112 113 114
Dislocation, edge      136
Dislocation, screw      136
DMTA      see Dynamic mechanical thermal analysis
Doi theory      123
Doi—Edwards theory      108 109
Doolittle's viscosity equation      85 87
Droplet experiment      286
DSC      see Differential scanning calorimetry
DTA      see Differential thermal analysis
Dyad      3
Dynamic mechanical thermal analysis      222 3
Elasticity, compliance, dependence on chain orientation      213
Elasticity, energy-driven      39 40
Elasticity, entropy-driven      39 40
Elasticity, theoretical      212
Elastomer      39
Electrically conductive polymers      17
Electron diffraction      96 273
Electron microscopy, history      239
Electron microscopy, permanganic acid etching      146 147
Electron microscopy, solution-grown single crystals      145
Electron microscopy, staining of semicrystalline polymers      146
Electron spectroscopy for chemical analysis      269
Electron spin resonance spectroscopy      269
Elongational flow      100
End-to-end distance, chain, definition      21
End-to-end distance, chain, experimental methods      21—2
End-to-end distance, chain, point distribution function      35
End-to-end distance, chain, radial distribution function      35
Enthalpy of isotropization      120
Entropic crystal growth theory      see Sadlfer—Gilmer theory
Entropy of isotropization      120
Equation-of-state theories      68 9
Equilibrium crystallization growth theories      178
Equilibrium melting temperature, dependence on chain structure      172 3
Equilibrium melting temperature, diluted systems      174
Equilibrium melting temperature, from Hoffman — Weeks plot      172
Equilibrium melting temperature, from small-molecule data      172
Equilibrium melting temperature, from Thompson—Gibbs equation      171
Equilibrium melting temperature, molar mass dependence      173 4
Equivalent chain model      32
Erhrenfest equation      89
ESCA      see Electron spectroscopy for chemical analysis
ESR spectroscopy      see Electron spin resonance spectroscopy
Etching, electron microscopy      249—51
Extended chain crystals, polyethylene      174
Fingerprint texture      115
Flory temperature      see Theta temperature
Flory theorem      21 23
Flory theory for liquid crystals      123—6
Flory—Huggins theory, general      58—63
Flory—Huggins theory, mixing enthalpy      61 2
Flory—Huggins theory, mixing entropy      59—61 63
Flory—Huggins theory, rubber materials      48
Flory—Huggins theory, upper critical solution temperature      62
Fluids      99
Focal-conic fan texture      116
FOVE model      68
Fox equation      70 82
Frank constants      114
Free volume      79 80
Freely jointed chain      24—5
Freely rotating chain      25—6
G$\ddot{o}$ler equation      176
Gauche state      19 20
Gaussian chain, models      21 24—35
Gel permeation, chromatography      see Size exclusion chromatography
Gibbs — DiMarzio theory      88 9
Glass transition temperature, effect of, cohesive energy density      79
Glass transition temperature, effect of, crosslink density      81
Glass transition temperature, effect of, molar mass      80
Glass transition temperature, effect of, molecular architecture      80
Glass transition temperature, effect of, pressure      82
Glass transition temperature, effect of, repeating unit structure      78 9
Glass transition temperature, polymer blends      70 72 81 82
Glass transition theory, free volume theories      87—8
Glass transition theory, kinetic theories      85 7 88
Glass transition theory, thermodynamic theory      88 9
Glass transition, mechanical properties      14
Glass transition, semicrystalline polymers      162 163
Glassy amorphous polymer, mechanical behaviour      89—90 92-5
Glassy amorphous polymer, molecular factors      77 78
Glassy amorphous polymer, structure      95—6
Glassy amorphous polymer, thermal factors      77 78
GPC      see Size exclusion chromatography
Gutta-percha      3
Havriliak — Negami equation      226
Hermans orientation function, definition      202
Hermans orientation function, optical birefringence      201—2
Higher order interaction      21
Hildebrand solubility parameter      see Solubility parameter
History of polymers      15—18
Homopolymer      5
Hyperbranched polymer      6
INDEX      295
Infrared dichroism      206—7 260
Infrared spectroscopy, chain conformation      265
Infrared spectroscopy, chain orientation      265
Infrared spectroscopy, chemical structure analysis      264 5
Infrared spectroscopy, crystallinity      265 266
Infrared spectroscopy, dichroism      206—7 260
Infrared spectroscopy, Fourier transform spectrometers      262
Infrared spectroscopy, fundamentals      260 261
Infrared spectroscopy, instrumentation      262
Infrared spectroscopy, miscibility of polymer      265
Infrared spectroscopy, polymer blends      71 72
Infrared spectroscopy, quantitative analysis      262 3
Infrared spectroscopy, sample preparation      263
Injection moulding      211
Interaction parameter      61
Interlamellar tie chains      151
Internal reflection spectroscopy      262
IPP      see Polypropylene isotactic
IR spectroscopy      see Infrared spectroscopy
IRS      see Internal reflection spectroscopy
Isotacticity      2 3
Isothermal volume recovery, memory effect      84
Isothermal volume recovery, phenomenology      83 84
Isotropization temperature, definition      113
Isotropization temperature, effect of mesogenic group      117 19
Isotropization temperature, effect of spacer group      120
KAHR model      see Kovacs — Aklonis — Hutchinson — Ramos model
Kevlar      17 110
Kinetic crystallization growth theories      178—88
Kink      137
Kovacs—Aklonis—Hutchinson — Ramos model      86
Lam      see Longitudinal acoustic mode
Lattice plane index      134 5
Laue condition      270
Lauritzen — Hoffman theory, experimental data      183 4
Lauritzen — Hoffman theory, general      178—86
Lauritzen — Hoffman theory, recent criticism      185—6
Lauritzen — Hoffman theory, recent developments      185
Lauritzen — Hoffman theory, regime I growth      181—2
Lauritzen — Hoffman theory, regime II growth      182—3
Lauritzen — Hoffman theory, regime III growth      183
Lauritzen — Hoffman theory, Z test      184
Leslie — Ericksen theory      123
LH theory      see Lauritzen-Hoffman theory
Light scattering      22 70 72 273
Liquid crystal, definition      109
Liquid crystal, discotic      111
Liquid crystal, distortion      114
Liquid crystal, history      109
Liquid crystal, X-ray diffraction patterns      116
Liquid crystalline polymers, chemical structure      110
Liquid crystalline polymers, crystal structure, effect of copolymerization      121
Liquid crystalline polymers, history      17 18 110—11
Liquid crystalline polymers, main-chain      110 111
Liquid crystalline polymers, melting point, effect of copolymerization      121
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