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Hlavac J. — The Technology of Glass and Ceramics

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Название: The Technology of Glass and Ceramics

Автор: Hlavac J.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1983

Количество страниц: 430

Добавлена в каталог: 19.03.2009

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Firing, shrinkage      248 263
Flint      12
Flint clay      371
Flint glass, optical      213
Float process      159—161
Flocculation      255
Flotation in melts      107—108
Flow point      65
Fluidity      64
Fluorophlogopite      236
Flux      245
Flux-line corrosion      368
Foamed glass      218
Forming of ceramics      257—266
Forming of fibres      161—162
Forming of glass      155—163
Forsterite      46 318 387
Forsterite, ceramics      309 318
Forsterite, refractories      387
Fourcault process      159
Fourier equation      86
Frit      303 399—400 409
Fritted glaze      409
Fulcher — Tammann equation      66
Furnaces, electric      149—151
Furnaces, glass-melting      143—155
Furnaces, pot      144—145
Furnaces, tank      145—150
Fused basalt      237—238
Fused corundum      24
Fused rocks      237—241
Fusion-cast refractories      153 154 388
G-20 glass      203
Galileo number      121
Gehlenite      232
Gell furnace      149—150
Gibbsite      24—25
Glass      see also "Glasses"
Glass electrode      219
Glass fibres      215—217
Glass jewellery      210 217
Glass transition      see "Transformation"
Glass wool      162
Glass, alkali-free      215
Glass, amber      91 104 197
Glass, aventurine      209
Glass, container      60 194—197
Glass, crown      60 213—214
Glass, definition of      55
Glass, fibre      61 215
Glass, flint      60 213—214
Glass, foamed      218
Glass, heat-absorbing      91 182 211
Glass, jewellery      61 210 217
Glass, laser      214
Glass, lead crystal      61 63 176 197—203
Glass, microporous      207
Glass, neutral      60 203
Glass, photochromic      211
Glass, quartz      see "Quartz glass"
Glass, ruby      61 209
Glass, sheet      60 194—197
Glass, silica      189—191
Glass, sintered      217
Glass, sodium silicate      192—193
Glass, toughened      171—173
Glass, water      192—193
Glass-ceramic coatings      408
Glass-ceramics      228—243
Glass-forming ability      75—76 192—193 196 204 215
Glass-forming substances      56 59
Glass-melting furnaces      143—155
Glass-melting processes      93—141
Glasses      see also "Glass"
Glasses, borosilicate      60 63 203—207
Glasses, chalcogenide      185 219—220
Glasses, coloured      197 202—203 207—211
Glasses, composition of      60—61 214
Glasses, crystal      61 197—203
Glasses, heat-resistant      203—207
Glasses, low-alkali      215
Glasses, low-loss      60 184 185
Glasses, metallic      56
Glasses, opal      61 211—212
Glasses, opaline      211
Glasses, optical      60 170—171 180 213—215
Glasses, photosensitive      210 229
Glasses, sealing      60 184 218
Glasses, semiconducting      185—186 219
Glazes      399 409—414
Glazes for earthenware      311
Glazes for porcelain      308
Glazes, composition of      412—413
Glazing slip      410
Gob feeder      158
Gold ruby      209
Gradient annealing      171
Gradient furnace      77
Grain growth and sintering      277 285—288
Grain growth, discontinuous      287—288
Granular refractories      390—392
graphite      346—349 390
Graphite, pyrolytic      349
Graphitization      348
Grashof number      121
Green strength      see "Dry strength"
Grog      350 370—372
Haematite      32 232
Hagen — Poiseuille equation      162
Halloysite      33
Hardness of glass      176
Heat conditioning of glass      94
Heat consumption for glass melting      97 152—153
Heat consumption in ceramic kilns      295 299—300
Heat of reactions, glass formation      97
Heat-absorbing glass      91 182 211
Heat-resistant glasses      203—207
Hedenbergite      232
Homogenization      127—135
Hot pressing      296—297 see
Hydrargillite      24—26
Hydrolytic class      188
Illite      34
Ilmenite      21
Immiscibility, $Na_{2}SO_{4}$ in glass      98—101
Immiscibility, metastable      204—207
Injection moulding      262
Insulations, thermal conductivity of      364 393
Intergranular capacitors      327
Intermittent kilns      298
Intersticial compounds      342
Ion exchange in glasses      175—176
Iron oxides      32
Isostatic pressing      266
Jiggering      257 261
Jolleying      257 261
Kaolin      33—37
Kaolinite      33—39
Kaolinite, dehydroxylation      39
Kaolinite, reactions on heating      38
Keatite      17
Kernite      31
Kiln furniture      300
Kilns, ceramic      298—300
Kilns, for enamelling      403
Kilns, intermittent      298
Kilns, multi-chamber      298—299
Kilns, roller-hearth      299
Kilns, tunnel      298—299
Kinematic viscosity      64

Klinker brick      314
KS glass      203
Kyanite      41 373
Laser glass      214
Lead crystal glass      61 63 176 197—202
Lead oxides      31—32
Leucite      43—44
Limestone      50
Linear annealing      171
Liquidus temperature of glasses      70—73 77 195—196
Litharge      31
Lithium feldspar      234
Loss angle      184—185 309 319 321 326
Low-loss glasses      60 185
Lyosphere      247
Magnesia      see also "Magnesium oxide"
Magnesia from sea-water      382—383
Magnesia, caustic      378
Magnesia-based refractories      378—383
Magnesia-chrome ore refractories      383—385
Magnesiowuestite      379 382
Magnesite      378
Magnesite, chemical enrichment      382—383
Magnesite, dead-burned      378—381
Magnesite, refractories      378—383
Magnesite-chrome refractories      384
Magnesium carbonate      50 378—379
Magnesium ferrite      379—380
Magnesium oxide      31 378—379 382—383
Magnesium oxide, sintered      341
Magnesium silicates      45—48
Magnetic ceramics      328—333
magnetite      32 232 238 329 332
magnetization      329 330
Magnetostriction      330—331
Majolica      311
Manganese oxides      32
Maxwell equation      165
McMaster equation      171
Melilite      240
Melting temperature of non-oxidic compounds      346
Melting temperature of oxides      333
Melting temperature of various minerals      232
Merwinite      240
Metakaolinite      38
Metallic glasses      56
Metals for enamelling      400—401
Metastable phase separation      62 204—207 231
Microcline      42
Microfibres      162 216
Microporous glass      207
Mineral fibres      216
Mineralizer      16 20 376
Minium      31 142
Modelling of glass melting      121—122
Modifier in glass structure      59 62
Modulus of elasticity      see "Elasticity modulus"
Molar volume      82—83
Molybdenum silicide      345 346 416
Monolithic lining      391
Monticellite      240
Montmorillonite      33
Mullite      38—42 232 372
Mullite in porcelain      304—306
Mullite refractories      373
Multi-chamber kiln      298—299
Nackrite      33
Nepheline      45 370
Nepheline-syenite      45
Nernst mass      340
Network former      59 62
Network modifier      59 62
Neutral glass      60 203
Newtonian liquid      64 251
Nitrides      344—346
Non-stoichiometry of $SiO_{2}$       17
Non-stoichiometry of $TiO_{2}$       21
Nucleating agents      231—232 241
Nucleation in glasses      70 73 230—232
Nucleation of $TiO_{2}$ in enamels      407
Olivine      387
Opacifiers      212 400
Opacity of enamels      406—408
Opacity of glazes      409
Opal glasses      61 211—212
Opaline glasses      211
Optical fibres      216
Optical glasses      60 180 213—215
Optical glasses, annealing of      170—171
Optical glasses, stabilization of      171
Optical path difference      172
Optical properties of glass      179—183
Optical waveguides      216—217
Orthoclase      42
Oxide coatings, plasma sprayed      415
Oxide, $SnO_{2}$ , $ThO_{2}$ and $UO_{2}$       341
Oxide, alumina      335—339
Oxide, beryllia      341
Oxide, ceramics      333—341
Oxide, magnesia      341
Oxide, zirconia      339—34
Oxides      11—32
Oxides, adhesion-promoting      400 404
Oxides, properties of      333
Oxides, sintered      333—341
Oxynitride ceramics      345
PCE      see "Pyrometric cone equivalent"
Pegmatite      45
Peptization      see "Deflocculation"
Periclase      31 378
Perlite      394
Permeability coefficient      269 271 366
Permeability, magnetic      329
Permittivity      319
Permittivity, of ceramics      321 323—327
Permittivity, of technical glasses      184
Perovskite      321 322
Perthites      45
Petalite      235
Petrokryston      238—239
Petrosital      237 238—241
Petrurgy      237
Pfefferkorn method      254
Phase diagram, $Al_{2}O_{3}-SiO_{2}$       39—41
Phase diagram, $Al_{2}SiO_{5}$       41
Phase diagram, $BaO-TiO_{2}$       320
Phase diagram, $CaO-Al_{2}O_{2}-SiO_{2}$       242
Phase diagram, $CaO-MgO-Al_{2}O_{3}-SiO_{2}$       240
Phase diagram, $CaO-MgO-SiO_{2}$       239
Phase diagram, $K_{2}O-Al_{2}O_{3}-StO_{2}$       304
Phase diagram, $K_{2}O-CaO-SiO_{2}$       201
Phase diagram, $K_{2}O-PbO-SiO_{2}$       199
Phase diagram, $K_{2}O-SiO_{2}$       198
Phase diagram, $Li_{2}O-Al_{2}O_{3}-SiO_{2}$       235
Phase diagram, $MgO-Al_{2}O_{3}-SiO_{2}$       315
Phase diagram, $MgO-SiO_{2}$       46
Phase diagram, $MgSiO_{3}$       47
Phase diagram, $Na_{2}O-B_{2}O_{3}-SiO_{2}$       203
Phase diagram, $Na_{2}O-CaO-SiO_{2}$       71 194
Phase diagram, $Na_{2}O-SiO_{2}$       192
Phase diagram, $PbO-SiO_{2}$       198
Phase diagram, $SiO_{2}$       15
Phase diagram, $SiO_{2}-ZrO_{2}$       49
Phase diagram, $ZrO_{2}$       22
Phase diagram, leucite- $SiO_{2}$       44
Phase diagram, orthoclase-albite      44
Phase separation, metastable      62 204—207 231
Phonolite      197
Phosphate binder      382
Photochromic glass      211

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