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Cheremisinoff N. — Handbook of engineering polymeric materials
Cheremisinoff N. — Handbook of engineering polymeric materials



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Название: Handbook of engineering polymeric materials

Автор: Cheremisinoff N.

Аннотация:

This authoritative resource details current technological advancements in high structure plastics and elastomers, functionalized materials, and their product applications;furnishing practical information on new and conventional polymers and products as alternative materials and end-use applications as well as providing a unique comparison of manufacturing and processing techniques from around the world. Emphasizing product characterization, performance attributes, and structural properties, the Handbook of Engineering Polymeric Materials covers advanced engineering materials blends and alloys specialty applications manufacturing and polymerization product development product and structural characterization advanced processing operations and much more! Facilitating an integrated view of the subject with over 5500 references, tables, equations, drawings, and photographs, this exhaustive guide is indispensable for polymer and materials engineers; polymer chemists; applications development specialists in elastomers and plastics bending; product development specialists in polymers and polymer alloys; elastomer and plastics manufacturers and suppliers; and graduate-level students in these disciplines.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1997

Количество страниц: 881

Добавлена в каталог: 16.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Electron acceptors      236 237
Electron beam treatment      524
Electron donors      236
Electron microscope      304
Electron-attracting monomers      227
Electron-transfer      86
Electron-transfer processes      236
Electronic microscopy      138
Electrostatic theory      823
Elongation      76 110 595 651
Elongational rate      283
Emulsification      770
Emulsifier      68 190 196 771
Emulsifier concentrations      197
Emulsifier molecules      190
Emulsion copolymerization      198
Emulsion copolymerization reaction      216
Emulsion medium      190
Emulsion polymerization      68 190 192 193 194 195 197 198 220
Emulsion polymerization of styrene      198
Emulsion polymerization of VAc      170
Emulsion polymerization process      191
Emulsion polymerizations of styrene and vinyl acetate      197
End group analysis      232 233
End use characteristics      157
End use performance      290
Energetic composites      705 722
Energy content      707
Energy transfer      400
Energy-to-fracture      147
Engineering thermoplastics      56 623
Entanglement molecular length      641
Entanglement strand density      152
Entropies      300
Entropy of mixing      138
Environmental conditions      94
Environmental effects      808
Environmental stress cracking      56
Enzymatic hydrolysis by polymalatase      101
EPDM      465 640
EPDM rubber      441
EPDM [ethylene-propylenediene terpolymer]      587
EPDM-based blends      674
EPDM-ZnO-stearic acid systems      443
Epichlorohydrin      263
Epoxides      378
epoxy      261
Epoxy aliphatic esters      140
Epoxy toluene oligomer      264
EPR method      88
EPR-signal      88
Equilibrium constants      354
Equilibrium contact angles      526
Error progression      27
Error tolerance      1
ESR spectrum      232
Ester bond      89
Estimation of suspension viscosity      707
Ethanol      207
Ethanol content      207
Ethyl cellulose      314
ethylene      334
Ethylene blocks      334
Ethylene diamine      195 536
Ethylene-based polymers      158
Ethylene-propylene copolymers      81
Ethylene-vinyl chloride copolymers      335
Ethylenediamine      235
EVA rubber blends      473
Excess flash      453
Excited-state complex      401
Excited-state quencher      400
Exnucleases      102
Extended chain segments      128
Extended polymer segments      130
Extended-chain crystals      295
Extensional deformation      690
Extent of blending      146
Exterior water-cooling      66
Extractables      159
Extraction      220 222 420 421
Extraction of metal cations      346
Extraction process      346
Extraction solvent      167
Extruded strands      630
Extruder      142
Extrusion      281 456 625 626 627
Extrusion coating techniques      579
Extrusion compounding      816
Feed-back models      4
Feed-back networks      4
Feed-forward network architectures      4
Feed-forward networks      4
Feed-forward neural network      2
Fiber composites      787
Fiber glass      84
Fiber length      819
Fiber orientation      819
Fiber volume fraction      819
Fiber-reinforced composite materials      814
Fiber-reinforced composites      811 833
Fiber/nonwovens      160
Fibers-matrices interface      812
Fibrillation (crazing)      292
Fibrillation behavior      690
Fibrils      310
Fillers      318
film      318
Film applications      159
Film extrusion      278
Film manufacturers      159
Film properties      285
Film size      172
Film-forming temperature      172
filming      172
films      142 405
Fine structure of PET fibers      839
Flame retardant      45 426
Flammability      651
Fletcher nonlinear optimization      20
Fletcher routine      23
flexibility      362
Flexible materials      761
Flexible PVC      137
Flexible resin transfer molding      817
Flexural modulus      164
Flocculation      130
Flocculation activity of polymers      71
Flocculation process      128
Floe formation      130
Flory — Huggins theory      18
Flory — Huggin’s interaction parameter      637
Flow behavior      685 701
Fluid property prediction      10
Fluorescent poly (aryl ethers)      36
Fluoroalkyl groups      39
Fluoroelastomer compound      457
Foaming      769
Folded-chain nucleation      309
Food-packaging applications      579
Fractional crystallization      298
Fractured molecules      360
Fragment length      829
Free bond rotation      358
Free energy      304 355 371
Free energy diagrams      388
Free energy of deflection      355 369
Free energy of solution formation      352
Free energy of surface formation      370
Free radical initiators      190 198
Free radical mechanism      81
Free radical polymerization      243 254
Free radicals      200 244 484
Free-radical copolymerization      182
Free-radical scavenger      401
Freeze-thaw stable adhesive      170
frequency      393
FTIR-ATR      218
Function of emulsifier      196
Functional comonomer      217
Functional groups      215 218 541
Functional materials      411
Functional monomers      217 230
Functionalized polyolefins      164
Fungal producers      94
Fuoss relation      63
Gamma radiation      119
Gamma radiation grafting      508
Gamma radiation-induced grafting      507
Gamma radiation-induced preparation of water soluble polymers      119
Gas phase LLDPE      157
Gas sorption      57
Gauche bonds      299
Gel formation      770
Gel permeation chromatography      288 656
Gel-chromatogram      265
Gel-chromatography      264
Gelatin      418
genetic engineering      413
Gibbs distribution      365
Glass fibers      789
Glass transition      35 54 146 476
Glass transition temperatures      275
Glass-transition temperatures      140 571
Glassy ionomers      147
Glassy state      150
Gloss      651
Glutaraldehyde      218
Golf balls      651
Goodyear’s Chemigum P83      143
GPC curve of LLDPE      158
GPC data      425
Graft copolymer      164 167 204 207 417 481 496 497 725 726
Graft copolymerization      481 487 491 497 501 504 541 551 796
Graft copolymerization of cellulose      529
Grafted copolymers      257
Grafted polymer      473
grafting      255 482 483 501 511 535
Grafting by trapped radicals      494
Grafting by xanthate method      532
Grafting efficiency      482
Grafting in a nonwetting solvent      538
Grafting medium      537
Grafting of acrylic      504
Grafting of cellulose      502 529 530 533 534
Grafting of hydrophilic chains      255
Grafting of hydrophobic groups      183
Grafting of partially acetylated cellulose      537
Grafting of reactive antioxidants      116
Grafting process      538
Grafting rate      530
Grafting reaction      116 179 501 546 551
Grafting reaction of macromolecules      546 549 550
Graph theory      26
Graphical theory      24 27
Gravimetric method      510
Green-flax fiber rovings      807
Grinding      536
Growth mode      413
Halogen groups      255
Halogenation reactions      259
Halosilanes      45
Hand-lay or contact molding      816
Hansen solubility parameters      206
Hard metal cations      348
Hard PVC      137
Hardening      137
Hardness-impact resistance ratio      163
Head deflection temperature      651
Head-to-head structures      324
Head-to-tail polymer      324
Heat aging      652
heat capacity      28 852
Heat capacity of annealed PET fibers      853
Heat resistance of NBR      555
Heat stabilizers      318
Heat treatment of TPU      139
Heat-aging resistance      75
Heptane      83
Heteroatom      373
Heteroatomic dipoles      393
Heterocycles      37
Heterocyclic analogue      39
Heterocyclic system      39
Heterogeneous catalytic hydrogenation      557
Heterogeneous copolymerization      69
Hexagonal-orthorhombic phase transition      304
Hexyl group grafted polymers      184
Hidden neurons      9
High inhibitive efficiency      83
High melt tension LLDPEs      158
High molecular weight esters      23
High molecular weight polymers      70
High performance polymers      35
High temperature polymers      35
High-density polyethylene (HDPE)      150
High-heat distortion grade blends      659
High-impact strength      640 651
High-performance polymers      424
High-pressure crystallization      313
High-pressure crystallization kinetics      308
High-pressure crystallization of PE      295
High-pressure hexagonal phase      301
High-pressure hexagonal phase of PE      299
High-pressure mercury lamp      379
High-pressure polyethylene      73
High-processing temperatures      445
High-shear dispersive melt mixing      466
High-temperature stabilization      81
High-tensile strength      651
Higher energy absorption      712
Higher-ordered structures      98
Hindered amine light stabilizers      400
Hindered phenols      112
Hofmann degradation of polyacrylamide      64
Homeostasis      96
Homogeneous catalytic hydrogenation      559
Homopolymer      145 147 150 152 254 637
Hot feed extrusion      458
Hot press molding      818
HP LDPE      281
HP LDPE film      285
HPO-TA redox initiator      170
HPO-TA system      170 173
Huggins equation      63
Humus      417
Hybrid composites      805 811
Hydration of cations      130
Hydrocarbon polymers      413
Hydrocarbon thermal destruction      83
Hydroformylation of nitrile rubber      567
Hydrogen      26
Hydrogen atoms      529
Hydrogen bonding      128 207 412
Hydrogen bonds      131 302 671
Hydrogen peroxide      533
Hydrogen peroxide—reductant system      489
Hydrogenated carbon-carbon double bond      558
Hydrogenated nitrile rubber      572
Hydrogenation of liquid rubber      566
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