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| Авторизация |
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| Поиск по указателям |
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| Structure Property Relationships in Polimers |
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| Предметный указатель |
Glass transition temperature, side chains, effects of 85 86
Glass transition temperature, states 23—26
Glass transition temperature, steric, effect on 84 85
Glass transition temperature, stiffening groups 84 85
Glass transition temperature, stiffness, effect on 23
Glass transition temperature, stress-strain behavior 41
Glass transition temperature, symmetry, effects on 83 86
Glass transition temperature, thermodynamic descriptions 23
Glass viscoelasticity 71
Gloss 53 54
Graft copolymer see “Copolymer”
graphite 66 77 121 123 125
Graphite, fibers 125
Graphite, thermal conductivity 88
Gutta-percha 10 60
Hardness 44
Hardness, crystallinity, dependence on 60
haze 53 54
heat capacity 89
Heat deflection 122
Heat deflection test 35
Heat stabilizers 130 131
Heat-resistant polymers 210
Henry's law 110
Heptane numbers 97
Hevea brasiliensis see “Natural rubber”
Hooke's law 23—25 39 67—69 71
Hookean 40 43
Hot-melt adhesives 212
Huggins' equation 102 103
Hydrogen bonding 1 177 178 210
Impact modifiers 131
Impact resistance, dependence on molecular weight 59
Impact strength 58 123
Impact tests 43
Index of refraction see “Refractive index”
Induced polarization 78
Inorganic polymers, thermal dependence 91
Insulating polymers 211
Insulators, electric 80
Internal plasticization 26
Ionomers see “Ethylene copolymers”
Isoprene 9 10
Isotactic 6
Izod test 43
Kauri butanol values 97
Keratin, alpha 175 176
Lambert relationship 53 54
Lambert — Beer law 50
Latex adhesives 212
Leathery region (state) 23—26 62 83; transition
Lignin-based fillers 123
Limiting oxygen index 117 118
Linear coefficient of expansion 35; also see “Coefficient of expansion linear
London forces 1 2 134 176
Lorenz — Lorentz relationship 49
Loss factor 45 73
Loss index 44
Lubricants, effect on properties 131
Luminous reflectance 44
Macromolecule 2
Mark — Houwink equation 104
Maxwell model 67 70
Mechanical loss factor 79
Mechanical properties 57—71
Mechanical properties, additives 64—66
Mechanical properties, crystalUnity 59—61
Mechanical properties, models 66—71
Mechanical properties, molecular weight 57—59
Mechanical properties, pressure 66
Mechanical properties, temperature 62—64
Mechanical properties, tests 37—44
Mechanical relaxation time 79
Melamine polymers 14 15 189
Melamine polymers, thermal dependence 91
Melamine resins 194 195
Melamine resins chemical reactivity 194
Melamine resins properties 194
Melt index 20 35 123
Melt viscosity also see “Viscosity”
Melt viscosity critical molecular weight 19 20
Melt viscosity geometry, effect of 25 26
Melt viscosity molecular weight, relation to 20
Melt viscosity temperature, effect of 24 25
Melting transition temperature,  59 62—65 83—86
Melting transition temperature, additives 87 88
Melting transition temperature, block copolymers 87
Melting transition temperature, copolymers 86 87
Melting transition temperature, crystallinity, effects of 59—61
Melting transition temperature, free volume, effect on 83
Melting transition temperature, heat capacity 89
Melting transition temperature, measurement 33—35 76 79
Melting transition temperature, side chains, effect of 85
Melting transition temperature, steric, effects on 84 85
Melting transition temperature, stiffening groups 84 85
Melting transition temperature, structural regularity, effects of 86
Methacrylic esters, chemical resistance 119
Methyicellulosc 207
Methylstyrene, alpha, copolymers of 150
Methylstyrene, alpha, polymers of 150
Mixed aniline points 97
Modacrylic fibers 157
Model compounds 2
Modulus 62 126
Modulus, dependency on structure 59
Modulus, flexural 122 123
Modulus, molecular weight, relation to 58
Molar polarizability 73
Molecular weight distribution 19
Molecular weight mechanical properties, dependence on 57—59
Molecular weight melt viscosity 19 20
Molecular weight number average 19
Molecular weight weight average 19 53
Monomer 2
Natural rubber 10 19 60 61 109 116 121 126 131 143 208;
Natural rubber properties 143
Natural rubber,  83
Natural rubber, adhesive 213
Natural rubber, bound 126
Neoprene 10 162 213
Newton's law 24 67—69 105
Newtonian solutions 105
Novolacs 190 191
Nucleic acids 19
Nucleic acids, conformation 28 29
Nylon 15 22 123 168—172;
Nylon properties 168—172
Nylon, 64
Nylon, 29 84 85 172
Nylon, additives, effect of 65
Nylon, combustion 128
Nylon, comparison of nylons 169—171
Nylon, impact strength 64
Nylon, reinforcement of 125
Nylon-12 170 171
Nylon-56 85
Nylon-6 169—171
Nylon-6, comparison with nylon-66 170
Nylon-66 12 13 28 29 60 123 168 210
Nylon-66 properties 13 61 168 169
Nylon-66, 25
Nylon-66, 22 27—29 85 168
Nylon-66, chemical reactivity 169
Nylon-66, chemical resistance 115
Nylon-66, fibers 169
Nylon-66, forces, between chains 22
Nylon-66, glass-filled 169
Nylon-66, impact modifiers 131
Nylon-66, impact strength 64
Nylon-66, viscoelasticity 71
| Oil-insoluble polymers 208
Oil-soluble polymers 207 208
Oligomer 2
Optical clarity 50—52
Optical clarity crystallinity, dependence 50 51
Optical clarity fillers, dependence 51
Optical clarity pigment, dependence 51
Optical fibers 51
Optical properties 47—55
Optical properties, tests for 44
Organometallic polymers, thermal dependence 91
Orientation polarization 78
Oxidation of polymers 115 116
Oxidative stability 90
Oxygen index 44
Ozonalysis 116
p-Chlorostyrene, polymers of 150
Paiaquium oblongifolium see “Gutta-percha“
Peptizers 58
Permeability coefficient 110 210
Permeability determination 36 37
Permeability of oxygen 116
Permeation 107—120; also see “Diffusion”
Permittivity 44; also see “Dielectric constant”
Phenolic polymers 14 15
Phenolic resins 190—192
Phenolic resins adhesives 213
Phenolic resins chemical reactivity 190 192
Phenolic resins filler 124
Phenolic resins properties 190 192
Phenolic resins uses 190
Phenolic resins, filled 192
Phenoxy resins 201 202
Phosphazene elastomers 208
Phosphazenes 15 16
Photoelasiic stress 50
Pigment, refractive index 51
Plasticizers 26 65 129 130 209
Plasticizers, containment 130
Plasticizers, effect of 87 88
Plasticizers, external 130
Plasticizers, internal 129 130
Plasticizers, thermal conductivity 89
Plastics 1
Plastics 0
Plastics properties 30
Plastics requirements 30
Plastisol 152
Plywood 213
Poisson's ratio 39 67
Poiy-resin-impregnated fibrous glass 125
Poiyacrylonitrile 7 22 61 77 155—157
Poiyacrylonitrile properties 156 157
Poiyacrylonitrile, 157
Poiyacrylonitrile, decomposition 90
Poiyacrylonitrile, filaments 125
Poiyacrylonitrile, solubility 157
Poiyisobutylene uses 140
Poiyisobutylene, 140
Polarizability 49 73 74
Polarization, atomic 74 75
Polarization, dipole 74—76
Polarization, electronic 74
Poly (2,6-dimethyl) phenylene oxide 15
Poly olefin polysulfides 167
Poly olefin polysulfides, uses 167
Poly-1,2-butadiene 143
Poly-1,2-butadiene properties 142 143
Poly-1,2-butadiene, 143
Poly-1-butene 140
Poly-1-butene properties 140
Poly-1-butene solubility 140
Poly-1-butene, 140
Poly-2,4-dimethylstyrene, 26
Poly-2-methyl-l,4-butadiene see “Natural rubber”
Poly-3,3-bischloromethyl oxetane 167
Poly-4-methylpentene-1 141
Poly-4-methylpentene-1 chemical resistance 141
Poly-4-methylpentene-1 properties 141
Poly-l,4-isoprene 1 142 209;
Poly-l,4-isoprene properties 143
Poly-l,4-isoprene, crystallinity 27
Poly-l,4-isoprene, solubility 143
Poly-l,4-isoprene, trans 143
Poly-l,4-isoprene, trans properties 143
Poly-l,4-isoprene, trans, 84
Poly-l,4-isoprene, trans, 143
Poly-l,4-isoprene, trans, chemical reactivity 143
Poly-N-vinyl carbazole 162
Poly-p-alkylstyrene 150
Poly-p-cyclohexylstyrene 151
Poly-p-oxybenzoate phthalamide 210
Polyacetals 11 15 165;
Polyacetylene, color 53
Polyacetylene, conductivity 80
Polyacrylamide 157 206
Polyacrylamide, uses 157
Polyacrylates, 85
Polyacrylic acid 157 158 209
Polyalkadienes 142—145
Polyalkyl methacrylates 158 159
Polyalkyl methacrylates properties 159
Polyalkyl methacrylates, copolymers 159
Polyalkyl methacrylates, degradation 159
Polyalkyl-2-cyanoacrylatc 158
Polyalkylene phthalates 15
Polyamides also see “Nylon”
Polyamides chemical resistance 120
Polyamides forces between chains 22
Polyaryl methacrylate 159
Polyaryl sulfones 15 16 84 199 200
Polyaryl sulfones 199
Polyaryl sulfones chemical resistance 120
Polyaryl sulfones properties 199 200
Polyaryl sulfones uses 200
Polyarylethcr ketones 15 16 84 199
Polyarylethcr ketones chemical resistance 120
Polyarylethcr ketones, 25
Polybenzimidazoles thermal stability 90
Polybutadiene ozone 116
Polybutadiene, 26
Polybutadiene, chemical resistance 115
Polybutyl methacrylate, thermal dependence9 1
Polybutyl-2-cyanoacrylate 158
Polybutylene terephthalate 188—190 209
Polybutylene terephthalate uses 190
Polycarbonates 15 16 28 197—199
Polycarbonates additives, effect of 65
Polycarbonates impact strength 64
Polycarbonates impact value 43
Polycarbonates optical properties 51
Polycarbonates properties 197—1997 64
Polycarbonates uses 198 199
Polychlorobutadiene 208
Polychloroprene 162; also see “Neoprene”
Polychloroprene adhesive 213
Polychloroprene properties 162
Polychloroprene, 162
Polychlorotrifluoroethylene 155
Polychlorotrifluoroethylene properties 155 156
Polychlorotrifluoroethylene, 85 155
Polycyanoacrylates, adhesion 212
Polydimethylsiloxane 180 214
Polydye 54 55
Polyepichlorohydrin 167
Polyepichlorohydrin copolymers 167
Polyester resins, unsaturated, adhesive 213
Polyesters 13 22 123 185—190;
Polyesters chemical resistance 120
Polyesters properties 189
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