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| Авторизация |
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| Поиск по указателям |
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| Askeland D.R. — The Science and Engineering of Materials |
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| Предметный указатель |
 temperature 353
 temperature 353
 temperature 353
Abrasive 554
Abrasive wear 776 778
Absolution edge 701 713 724
Absorption 708 713 801
Acceptor saturation 643 665
Acetal 522 636
Acid refractories 478
Acoustic emission test 813 815
Activation energy 111 133
Activation energy and melting point 123
Activation energy and structure 123
Activation energy for diffusion 115
Activation energy for selected materials 116
Activation energy in stress relaxation 513
Activation energy, foi viscous flow 462 509
Activation polarisation 758
Addition polymerisation 491 541
Adhesive wear 775 778
Adhesives 535
Adipic acid 498
Advanced ceramics 474
Advanced composites 576
Age hardening 322 344
Age hardening in Al alloys 322
Age hardening in Cu alloys 418
Age hardening in Mg alloys 412
Age hardening in Monel 420
Age hardening in PH stainless steels 380
Age hardening in superalloys 421
Age hardening in Ti alloys 428
Age hardening, effect of temperature and time 325
Age hardening, icquirements for 326
Ageing treatment 324
AISI-SAE steels 354
Alclad 587
Allotropic transformation in cobalt 338
Allotropic transformation in iron 47
Allotropic transformation in silica 442
Allotropic transformation in titanium 424
Allotropy 47 71
Alloy 4 15
Alloy in polymers 525
Alniko 688
Alumina, applications 476
Alumina, crystal structure 439
Aluminium alloys 401
Aluminium alloys, advanced alloys 408
Aluminium alloys, designation system 405
Aluminium alloys, production 401
Aluminium alloys, properties 402 406
Aluminium alloys, temper designation 405
Aluminium alloys, temperature effect 149
Aluminium bronze 418
Aluminium nitride 476
Aluminium phosphate 480
Amine 532
Amorphous materials 39 71
Angstrom 40
Anion 27 33
Anisotropy 58 71
Anisotropy after hot working 208
Anisotropy in cold-worked alloys 194
Anisotropy in composites 549
Anisotropy in dielectrics 653
Anisotropy in solidification ion 227
annealing 210
Annealing of brass 203
Annealing of cast iron 383 392
Annealing of glass 463 466
Annealing of polymers 506
Annealing of steel 356 393
Annealing, elimination of cold work 202
Anode 751 778
Anode reaction 751
Anodic protection 767
Anodising 767 778
Ansienitising 357 393
Antiferromagnetism 677 693
Antistatic agent 536
Apparent porosity 449 482
Arall 586
Aramid 541
Aramid fibre 566 590
Arc furnace 352
Arrhenius equation 111
Arrhenius equation for creep 174
Arrhenius equation for diffusion 111
Arrhenius equation for oxidation 774
Arrhenius equation for solid stale transformations 318
Arrhenius equation for stress relaxation 513
Arrhenius equation for viscous flow 462 509
Artificial ageing 326 344
Aspect ratio 563 590
Aspect ratio in whiskers 571
Asperities 775
Asphalt 611
ASTM grain size number 98 106
Atactic 524
Athermal transformation 338 344
Atomic arrangement 38
Atomic bonding 23
Atomic mass 18 33
Atomic mass unit 19 33
Atomic number 18 33
Atomic radius 31 43 71
Atoms per cell 40
Atoms per cell, diamond cubic 64
Ausforming 368 393
Austempering 393
Austempering in cast iron 382
Austempering in steel 358
Austenite 328 344
Austenite, austenite grain size 332
Avalanche voltage 647 665
Avogadro's number 18 33
Avrami relationship 317 344
Azimuthal quantum number 19
Bag moulding 574
Bainite 335 344 353
Bainite and austempering 359
Bainite, lowei bainite 335
Bainite, properties 335
Bainite, upper bainite 335
Band structure 624
Band structure in magnesium 624
Band structure in semiconductors 625
Band structure in sodium 624
Barium titanate 438 653
Basal plane 57 71
Base (transistor) 647
Basic oxygen furnace 352 771
Basic refractories 479
Beach marks 789 815
Bend test 149 178
Benzene ting in Kevlar 566
Benzene ting in phenol 492 532
Benzene ting in styrene 490
Benzoyl peroxide 496
Beryllium 414
Bimetallic 587 590
Binary phase diagram 258 274
Binding energy 30 33
Biodegradable polymers 770
Bipolar junction transistor 647
Bitumen 611 612
Blast furnace 352
Blending 525
| Blister copper 416 433
Bloch wall 679 693
Blow moulding 537
Body-centred cubic 42
Body-centred cubic, characteristics 46
Body-centred cubic, close-packed directions 57
Body-centred cubic, sketch 42
Bohr magneton 672 693
Boltzmann's constant 621
Borosilicate glass 468
Borsic aluminium 561 570 577 578
Bragg's law 67 71
Branching 520 541
Bravais lattice 40 71
Brazing 586 590 765
Bridging of fibres 580
Brinell hardness 154
Brittle fracture 787
Bronze 418
BS rubber 524 529 530
Bulk density 449 482
Bulk moulding compound (BMC) 568
Burger's vector 80 105
Burger's vector and ceramics 443
Burger's vector and Peierls — Nabarro stress 83
Burger's vector and slip 83
Butadiene 529
C-curve 318 333 see
Caesium chloride structure 61
Cage effect 774
calendaring 538
Cambium 597 612
Camilla rays 698
Capacitance 654
capacitors 658 665
Capacitors, types 659
carbon black 536 555
Carbon equivalent 383 393
Carbon-carbon composite 579
Carbonising 571 590
Carbonitriding 376 393
Carbunsing 375 393
Case depth 393
Case depth, carburising 375
Case depth, surface hardening 375
Cast iron 381 393
Cast iron, compacted graphite iron 390
Cast iron, ductile iron 388
Cast iron, grey iron 384
Cast iron, malleable iron 386
Cast iron, white iron 385
Castabliity 407 433
Casting processes 234
CAT scan 806
Cathode 751 778
Cathode reaction 751
Cathodic protection 766
Cation 27 34
Cavitation 776 778
Cavity shrinkage 230 240
CCT diagram see "Continuous cooling transformation diagram"
Cellulose 595 612
Cellulose, wood 595
Cement 480
Cementation 480 482
Cementation, aluminium phosphate 480
Cementation, gypsum 481
Cementation, sodium silicate 480
Cemented carbides 552 590
Cementite 329 344
Centrifugal casting 302
Ceramic bond 473 482
Cermet 459 482 552
Chain growth polymerisation 491
Characteristic Spectrum 699 724
Characteristic spectrum, table 701
Charpy test 159
Chemical conversion coating 766
Chemical corrosion 748 778
Chemical vapour deposition (CVD) 570 590
Chemically reactive adhesive 535
Chevron pattern 788 815
Chill zone 227 240
China 474
Chvorinov's rule 222 240
CIS 527
Clad metals 587
Cladding 587 590
Clay, defects 446
Clay, products 471
Clay, structure 441
Cleavage 787 815
Climb of dislocation 174 178
Close-packed directions 43 57 71
Close-packed planes 57
Cobalt 420
Cobalt, properties 420
Coefficient of thermal expansion 31 34 733
Coercive field, magnetisation 682
Coercive field, polarisation 664
Coextrusion 584
Coherent light 706
Coherent precipitate 322 345
Cohunbium see "Niobium"
Cold shut 797
Cold work 189 210
Cold work and corrosion 760
Cold work and properties 199
Cold work in aluminium 213
Cold work in brass 214
Cold work in copper 193
Cold work vs. solid solution, strengthening 199 see
Cold work, equation 192
Collector (transistors) 647
Columnar zone 227 240
Columnar zone in directional solidification 233
Combination 493
Commercial polymer 488
Compacted graphite cast iron 381 390 393
Compocasting 558 590
COMPOSITES 6 15
Composites, asphalt 611
Composites, concrete 603
Composites, fibre 558
Composites, laminar 583
Composites, paniculate 549 552
Composites, sandwich 588
Composites, wood 595
Composition cell 758 778
Compression moulding 539
Compressive strength in ceramics 151
Compressive strength in composites 151
Compressive strength in wood 601
Compton scattering 713
Concentration cell 761 778
Concentration gradient 115 133
Concentration polarisation 758
Conchoidal fracture 794 815
Concrete 603
Concrete, cementation reactions 604
Condensation reaction 497 541
Conduction band 624 665
Continuous casting 235
Continuous casting of aluminium 236
Continuous casting of composites 575
Continuous casting of steel 235
Continuous cooling transformation diagram 366
Continuous cooling transformation diagram in 1020 steel 366
Continuous cooling transformation diagram in 1080 steel 366
Continuous cooling transformation diagram in 4340 steel 368
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