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Structure Property Relationships in Polimers
Structure Property Relationships in Polimers



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Название: Structure Property Relationships in Polimers

Язык: en

Рубрика: Химия/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1984

Количество страниц: 232

Добавлена в каталог: 10.04.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Abrasion      44
Absorption      52—54
Absorption coefficient      52
Acrylic fibers      157
Activation energy, diffusion      108 109
Additives      121—131
Additives effect on thermal properties      87 88
Adhesive      211—214; also see “Specific polymer and types of adhesives”
Adhesive examples      212—214
Adhesive theory      211 212
Alkyds      185; also see “Polyesters”
Alkyds properties      189
Alkyds uses      188
Alkyds, unsaturated      185—190
Allylic resins      185—190
Alternating current measurements      78—80
Alumina trihydrate      51 122 123 192 208
Amino and amido derived resins      192—194
Amino and amido derived resins fillers      192 194
Amino and amido derived resins properties      192 194
Amy lose properties      14
Antioxidants      126 127
Antistats, effect on properties      131
Aramids      13 66 84 121 171 172;
Aramids $\mathrm{T}_\mathrm{m}$      84 85
Aramids properties      171
Arc resistance      45
Aromatic nylons      see “Aramids”
Aromatic polymers, chemical activity      120
Asbestos      122
Atactic      6
Attenuation coefficient      32
Barites, ground      123
Barrier resins      157
Biocides, effect on properties      131
Birefringence      50 51
Bisphenol A      194 196
Blending      131
Block copolymer      see “Copolymer”
Boron fibers      66 121
Boron filaments      123 125
Brewster's angle      53
Brittle point      34
bulk modulus      67; also see “Specific polymer”
Bulk specific resistance      77
Bulk-molding compound      125 187
burning      see “Combustion” “Chemical
Butyl rubber      140 208
Butyl rubber permeability      211
Calcium carbonate fillers      122 123
Capacity      73
Carbohydrates      1
carbon black      121—123 126
Carboxymethylcellulose      207
Catalysts, effect on properties      131
Caulking cements      214
Cellulose      1 13 19 123
Cellulose acetate      179
Cellulose acetate, fibers      180
Cellulose acetate, permeability      210
Cellulose chemical resistance      119
Cellulose combustion      117
Cellulose effect by additives      65
Cellulose forces, between chains      22
Cellulose nitrate      121 129 179
Cellulose permeability      210
Cellulose properties      14 178 179
Cellulose solubilities      178 179 206 207
Cellulose triacetate      179
Cellulose, alpha      192
Cellulosic fillers      123 124
Cellulosics, modified      179—181
Chain transfer agents      58
Charpy test      43
Chemical resistance      113—120; also see “Specific polymer””
Chemical resistance combustion      116—119
Chemical resistance condensation polymers      119 120
Chemical resistance dependencies, antioxidant, presence of      115
Chemical resistance dependencies, crosslinking      114
Chemical resistance dependencies, plastictzer      113
Chemical resistance dependencies, radiation      115 118
Chemical resistance dependencies, rate of diffusion      113
Chemical resistance dependencies, solubility parameters      114
Chemical resistance dependencies, solvent      113 114
Chemical resistance dependencies, state      113
Chemical resistance dependencies, structure      113 114
Chemical resistance dependencies, surface      114
Chemical resistance dependencies, temperature      113 115
Chemical resistance oxidation      115 116
Chemical resistance polyolefins      118 119
Chemical resistance rate of attack      113
Chemical resistance tests      45
Chemical resistance, aromatic polymers      120
Chloroprene      9 10
cis-Poly-1,4-butadiene      9 142
cis-Poly-1,4-butadiene chemical reactivity      142
cis-Poly-1,4-butadiene effect of additives      142
cis-Poly-1,4-butadiene properties      142
cis-Poly-1,4-butadiene, cross-linked      142
clarity      see “Optical clarity”
Clay      124
Coatings      214; also see “Specific polymer”
Coatings, requirements      214
Coefficient of expansion, linear expansion      23 92 122
Cohesive energy density      22 23 95
COLOR      44
Colorants, effect on properties      131
Combustion      116—119 128 129 208;
Combustion, heats of      117
COMPOSITES      122 123
Composites, combustion      129
Composites, conductive      124
Composites, high strength      125 126
Composites, strength      125
Compressibility      23
Compression measurements      33
Compressive strength      123
Conductivity      73 74
Configuration      4 5 6 20
Conformation      5 20
Contact adhesives      214
Copolymer, acrylonitrile-butadiene      10 61 144
Copolymer, acrylonitrile-butadtene-styrene      11
Copolymer, acrylonitrile-butadtene-styrene, stress-strain curve      71
Copolymer, alternating      70
Copolymer, block      10 11 87
Copolymer, block $\mathrm{T}_\mathrm{g}$      87
Copolymer, block $\mathrm{T}_\mathrm{m}$      87
Copolymer, ethylene-propylene      10
Copolymer, graft      11
Copolymer, isobutylene-isoprene      10
Copolymer, plasticization of      130
Copolymer, styrene-butadiene      10 11 144
Copolymer, styrene-butadiene-styrene      11 87 144
Copolymer, styrene-butadiene-styrene $\mathrm{T}_\mathrm{g}$      87
Copolymer, styrene-butadiene-styrene properties      144
Copolymer, vinyl chloride-vinyl acetate      10
Copolymer, vinylidene-hexafluoropropylene      154
Copolymer, vinylidene-hexafluoropropylene properties      154 156
Corrosion-resistant polymers      214 215
Cotton      121 123 178
Coupling agents      125 126
Crazing      116
creep      38 42 71
Creep measurements      41
Creep resistance      123
Crystallinity      26—29
Crystallinity block copolymers      60
Crystallinity degree      28
Crystallinity determination using IR      55
Crystallinity factors affecting      26—29
Crystallinity factors affecting, regularity      27
Crystallinity, random copolymers      60
Crystallinity, solubility      27
Crystallinity, tendency      58—61
Crystallization      33
Cubical coefficient of expansion      35
Cyanoacrylates      213 214
Cyclic fatigue      43
Cyclic strain      38
Degree of polymerization      2
Denaturation      177
Dextran      206
Diamond, thermal conductivity      88
Diatomaceous earth      124
Dielectric breakdown voltage      45
dielectric constant      44 73 74 78 79
Dielectric loss      73
Dielectric polarization      73 77
Dielectric properties      73—76
Dielectric strength      see “Electric strength” “Dielectric
Diethylene glycol bis (allyl carbonate)      168
Differential scanning calorimetry      32—34
Differential scanning calorimetry determinations      33
Differential thermal analysis      32—34
Differential thermal analysis determinations      33
Diffusion      107—120
Diffusion coefficient      109
Diffusion, dependencies      107
Diffusion, dependencies, alkanes      109
Diffusion, dependencies, concentration      108
Diffusion, dependencies, crosslink density      107 109
Diffusion, dependencies, degree of crystallinity      107
Diffusion, dependencies, density      107
Diffusion, dependencies, filler concentration      107
Diffusion, dependencies, free volume      108
Diffusion, dependencies, glass transition temperature      108
Diffusion, dependencies, membrane      108
Diffusion, dependencies, molecular weight      107
Diffusion, dependencies, orientation      107
Diffusion, dependencies, process-mechanism      108
Diffusion, dependencies, rate      108
Diffusion, dependencies, size      110
Diffusion, dependencies, solubility coefficient      110
Diffusion, dependencies, solubility parameter      110
Diffusion, dependencies, state      109—111
Diffusion, dependencies, temperature      108 109
Diffusion, determination      36 37
Diffusion, determination, gas      107—113
Diffusion, determination, liquids      113
Diffusion, determination, vapors      107—113
Dioctyl adipate      153
Dioctyl phthalate      65 129 130 153 209
Dipole moment, induced      79
Direct current measurements      77 78
Dissipation factor      78 80
DNA      175
Drawing stress      40
Ductile      39
Ductile polymers      40
durability      65
Elastic memory      137
Elastic modulus      33
Elastic range      71
Elastomers      1 122
Elastomers properties      29
Elastomers, behavior      40
Elastomers, requirements      29
Electric breakdown strength      73
Electric conductance      45
Electric properties      73—81
Electric properties, tests for      44 45
Electric relaxation time      79
Electric resistance      45
Electric resistivity      79
Electric strength      77 78
Electrostatic charge      80 81
Enantiomers      6
Endurance strength      43 71
Engineering plastics      15; also see “Particular polymer”
Epichlorohydrin      194 196
Epoxy plastics, thermal dependence      91
Epoxy polymers      14 15
Epoxy resins      121 194 196
Epoxy resins properties      196
Epoxy resins, adhesive      213
Epoxy resins, filled      196
Ethoxyline resin      see “Epoxy resin”
Ethylcellulose      109
Ethylene, copolymers with methacrylic acid      136 137
Ethylene, copolymers with vinyl acetate      137
Fatigue life      43
Fibers      1 61
Fibers properties      30
Fibers, $\mathrm{T}_\mathrm{g}$      30
Fibers, requirements      30
Fick'sLaw      108 110
Fillers      26 122—124;
Fillers, nonreinforcing      123
Fillers, resistance      123
Fillers, table of      123
Flame retardants      128 129 208 209
Flammability, tests for      44
Flexible polymers      209
Fluorine-containing polymers and, copolymers      154—156
Foaming agents, effect on properties      131
Forces      also see “London forces and Hydrogen bonding”
Forces, boiling points, relation to      21
Forces, covalent      20—23
Forces, dipolar      21 22
Forces, hydrogen bonding      21 22
Forces, interchain      20—23
Forces, intrachain      20—23
Forces, ionic      20
Forces, London, London dispersion      21 22
Forces, melting points, relation to      21
Forces, primary      20—23
Forces, secondary      20—23
Forces, van der Waals      20—22
Free volume      23
Free volume, effect on $\mathrm{T}_\mathrm{g}$      23 83
Free volume, effect on $\mathrm{T}_\mathrm{m}$      83
Fresnel's law      51 53
Furan resins      197 198
Furan resins chemical reactivity      197
Furan resins properties      198
Gaseous permeation, resistance to      210 211
Glass fiber      66
Glass fillers      123
Glass spheres, fillers      123
Glass thermal conductivity      88
Glass transition temperature, $\mathrm{T}_\mathrm{g}$      3 11 23—26 62—65 83—86 96;
Glass transition temperature, additives      87 88
Glass transition temperature, blends      26
Glass transition temperature, block copolymers      26 87
Glass transition temperature, conductivity      76
Glass transition temperature, copolymers      26 86 87
Glass transition temperature, crosslinking, effect on      26 83 86
Glass transition temperature, crystallinity, effect of      59—61
Glass transition temperature, crystallinity, effect on      83
Glass transition temperature, flexibility, effect on      83
Glass transition temperature, free volume      23 83
Glass transition temperature, heat capacity      89
Glass transition temperature, intermolecular forces, effect on      83
Glass transition temperature, kinetic descriptions      23
Glass transition temperature, measurement      33—36 76 79
Glass transition temperature, modulus      23
Glass transition temperature, molecular weight, relationship to      58
Glass transition temperature, polar groups, effects of      86
Glass transition temperature, property, relation to      23—26
1 2 3 4
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