Mccolm I.J. — Ceramic Hardness :: Электронная библиотека попечительского совета мехмата МГУ

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Mccolm I.J. — Ceramic Hardness

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Название: Ceramic Hardness

Автор: Mccolm I.J.

Аннотация:

Use of ceramic materials is developing at a great pace. This work presents recent developments (without dwelling on early theory and practice), and brings to a focus how much the study of hardness can contribute to our understanding of ceramics and the collecting of important technical data. The chapters address method; hardness of ceramic single crystals; applied load, environment, and time; cracked indents; ceramic systems.

Язык:

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1990

Количество страниц: 340

Добавлена в каталог: 21.08.2009

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

Предметный указатель

Silicon carbide, SiC, coherent twin boundaries      211
Silicon carbide, SiC, constraint terms      109—110
Silicon carbide, SiC, critical flaw size      153
Silicon carbide, SiC, critical load      153
Silicon carbide, SiC, etchant for      139
Silicon carbide, SiC, hardness      214—215 217
Silicon carbide, SiC, hardness, anisotropy      81 85 109—110 139 214
Silicon carbide, SiC, hardness, effect of water on      8
Silicon carbide, SiC, hardness, Knoop      84—86 134 139 214—215 217
Silicon carbide, SiC, ISE      123 130
Silicon carbide, SiC, microstructure      210
Silicon carbide, SiC, plasticity parameter      241
Silicon carbide, SiC, polytypes      211—212
Silicon carbide, SiC, preparations      210
Silicon carbide, SiC, protective layer      236
Silicon carbide, SiC, sintering aids      210
Silicon carbide, SiC, slip systems in      110—111 212 214
Silicon carbide, SiC, surface energy      198
Silicon carbide, SiC, toughness      187
Silicon nitride, $Si_{3}N_{4}$       4 170 222
Silicon nitride, $Si_{3}N_{4}$ , $\alpha-\beta$ transformation      222
Silicon nitride, $Si_{3}N_{4}$ , bonding in      221—222
Silicon nitride, $Si_{3}N_{4}$ , critical flaw size      153
Silicon nitride, $Si_{3}N_{4}$ , critical load      153
Silicon nitride, $Si_{3}N_{4}$ , CVD      228
Silicon nitride, $Si_{3}N_{4}$ , erosion test      191
Silicon nitride, $Si_{3}N_{4}$ , etchant for      225
Silicon nitride, $Si_{3}N_{4}$ , gas turbine components      219
Silicon nitride, $Si_{3}N_{4}$ , hardness, Knoop      221 227—228
Silicon nitride, $Si_{3}N_{4}$ , hardness, scratch      29 227
Silicon nitride, $Si_{3}N_{4}$ , ISE value      123 130
Silicon nitride, $Si_{3}N_{4}$ , manufacture      219
Silicon nitride, $Si_{3}N_{4}$ , plasticity      219
Silicon nitride, $Si_{3}N_{4}$ , polymorphs      219 221—223
Silicon oxide, $SiO_{2}$       236—238 see "Silica"
Silicon oxide, $SiO_{2}$ , hardness, effect of modifiers on      238
Silicon oxide, $SiO_{2}$ , hardness, Knoop      134
Silicon oxide, $SiO_{2}$ , hardness, Vickers      238
Silicon oxyntride      224
Silicon, amorphous layer, hardness of      130
Silicon, creep activation energy      141
Silicon, critical flaw size      153
Silicon, electron configuration      210
Silicon, hardness      24 116 130
Silicon, hardness, Knoop      134 129
Silicon, hardness, theoretical      24
Silicon, hardness, Vickers      249
Silicon, indentation creep      234
Silicon, infiltrant in SiC      209
Silicon, ISE of      248
Silicon, plastic deformation mechanism      248
Silicon, plasticity parameter      241
Silicon, reaction with nitrogen      222
Silicon, semiconduction      248
Silicon, strength      24
Silicon, toughness      127
Silicon, transformation energy      248
Silicon, valency bands      248
Silicon, Vickers hardness      249
Silicon, Vickers hardness, and shear modulus      143
Slip line and constraint factor      12
Slip line, field theory      12 66
Slip planes, convergent      117
Slip planes, divergent      116
Slip systems in $Al_{2}O_{3}$       255
Slip systems in beryl      88
Slip systems in carbides      305
Slip systems in cubic BN      233
Slip systems in cubic crystals      75—79 97
Slip systems in GaAs      112—115
Slip systems in hexagonal crystals      84
Slip systems in orthorhombic crystals      89
Slip systems in tetragonal crystals      90—91
Slip systems in tungsten bronzes      288
Slip systems under a Knoop indenter      98—99
Slip systems, basal      213
Slip systems, line contours      114
Slip systems, multiple effect      108—111
Slip systems, prismatic      213
Slow crack growth      183
Sodium chloride (NaCl), hardness      80
Sodium chloride (NaCl), hardness, anisotropy      103
Sodium chloride (NaCl), relationship to $B_{4}C$       228
Sodium peroxide ( $Na_{2}O_{2}$ ) etchant for SiC      139
Sodium tungsten bronze ( $Na_{x}WO_{3}$ )      75
Sodium tungsten bronze ( $Na_{x}WO_{3}$ ), hardness, anisotropy      75 77 93 288—289
Sodium tungsten bronze ( $Na_{x}WO_{3}$ ), hardness, composition effect on      77 288—289
Sodium tungsten bronze ( $Na_{x}WO_{3}$ ), hardness, Knoop      82 289
Sodium tungsten bronze ( $Na_{x}WO_{3}$ ), hardness, Vickers      93
Sodium tungsten bronze ( $Na_{x}WO_{3}$ ), indent in      66 289
Sodium- $\beta$ -alumina      181 280—284
Sodium- $\beta$ -alumina, crack generation by electric current      281
Sodium- $\beta$ -alumina, hardness, Knoop anisotropy      81 85
Sodium- $\beta$ -alumina, hardness, load equation      281
Sodium- $\beta$ -alumina, toughness-load equation      281
Solid solution, hardening      125
Solid solution, hardening, of $Al_{2}O_{3}$       262—263
Solid solution, hardening, of MgO      269
Solid solution, softening      125 126 262—263
Solid solution, softening and electron concentration      125—126
Solid solution, softening and ion bombardment      127 263
Specific grain-boundary fracture energy      198
Specific surface work      28
Spherical cavity model      175
Spherical indenter      163
Spinel      284—286
Spinel, blocks in $\beta-Al_{2}O_{3}$       280
Spinel, hardness, Knoop      82
Spinel, hardness, of MgO composite      265—266
Spinel, hardness, Vickers      92 93
Spinel, structure      285
Stabilized zirconia      270
Stacking fault energy in SiC      212
Standard hardness      7
Static indentation tests      3 10—25 34—38
Static indentation tests, Berkovich      94
Static indentation tests, Brinell      3 163
Static indentation tests, Knoop      3 40—42
Static indentation tests, Rockwell      3 163
Static indentation tests, Vickers      3 41—42
Stishovite      237
Stored indentation energy as a crack opener      205
Strain energy release rate      158 167
Strain energy release rate and surface energy      167—168
Strain energy release rate, equation for cone cracks      167—168
Strength and crack size in $BaTiO_{3}$       185
Strength and density      4
Strength and indentation cracks      181
Strength and modulus      4
Strength and molar mass      4
Strength, degradation predictions      183
Strength, fracture toughness equation      183
Strength, theoretical      4
Stress after ion bombardment      126—127
Stress after load removal      16 131
Stress at radial distance      164
Stress corrosion      181
Stress corrosion, estimation of      203—204
Stress corrosion, susceptibility coefficient      203
Stress corrosion, susceptibility coefficient, for glass      204
Stress intensity factor and grain size      184
Stress intensity factor, coefficient      207
Stress intensity factor, coefficient, of glass      196
Stress intensity factor, inter-relationships      258
Stress intensity factor, microstructural      185
Stress intensity factor, residual      182 185
Stress under a blunt punch      113—114
Stress, contours under sharp indenter      155
Stress, field under indenter      15—19 149—150
Stress, profile below sharp indenter      150

Superceramics      4 145
Superconductors      289
Surface charge and electronic band structure      135—136
Surface charge and hardness      131 134
Surface charge and hardness of ZnO      135
Surface energy and $ZrO_{2}$ polymorphs      271
Surface energy and crack depth, equation of      155
Surface energy and pendulum hardness      25 54—55
Surface energy and ring cracks equation      186—187
Surface energy and slip length equation      192
Surface energy and toughening      273
Surface energy of glass      56
Surface energy of SiC      198
Surface energy, determination of      197
Surface energy, equation      198
Surface hardening      45—46
Surface hardening of $Al_{2}O_{3}$       262
Surface hardening of $ZrO_{2}$       275
Surface hardening of sialon      124
Surface shape and hardness      42—44 45—46 124
Surface toughening      145 195—196
Surface toughening of glass      241
Surface toughening of zirconia      275
Syalon      101 224
Syalon, hardness      229
Tabor relationship      13 238—239
Tantalum nitride (TaN), cubic, hardness      297
Tempered glass      194
Tempered glass, flaws in      196
Tetrahedra, layers of in $Si_{3}N_{4}$       221—222
Tetrahedra, layers of in SiC      211
Tetrahedra, sharing in $SiO_{2}$       235—237
Tetrahedra, sharing in $Si_{3}N_{4}$       235
Theoretical hardness      20—25 72—73 97—111 123
Theoretical hardness and $ZrO_{2}$ polymorphs      271
Theoretical hardness of silicon      24
Theoretical hardness, equation      24
Theoretical hardness, model      20
Thermal anisotropy cracking      273
Thermal anisotropy cracking in $Al_{2}O_{3}$       256
Thermal crack resistance parameter      187—188
Thermal softening coefficient for borides      305
Thermal stress resistance      187
Thermolysis      133
Thin films, effect on ISE      124—131
Thin films, hardness measurement of      50
Time independent hardness      142—143
Titanium boride, $TiB_{2}$       297
Titanium boride, $TiB_{2}$ , composite hardness      217
Titanium boride, $TiB_{2}$ , hardness anisotropy      109
Titanium boride, $TiB_{2}$ , ISE value      130
Titanium boride, $TiB_{2}$ , slip systems      108—109
Titanium carbide (TiC), bonding in      78
Titanium carbide (TiC), hardness, Knoop single crystal      83
Titanium carbide (TiC), hardness, temperature effect      78
Titanium carbide (TiC), hardness, Vickers single crystal      93
Titanium carbide (TiC), toughness      187
Titanium dioxide, $TiO_{2}$       124
Titanium nitride (TiN)      297
Titanium nitride (TiN), hardness of thin film      50
Tolerance factor      287
Topotaxy in $ZrO_{2}$ transformations      272
Toughness      145
Toughness, mechanisms in $ZrO_{2}$       27
Transformation toughening      273
Transition metal carbides, anisotropy in      75
Transition metal nitrides, anisotropy in      75
Trichloroborazine      231
Tridymite      236
Trigonal prisms in borides      298
Tungsten boride, $WB_{2}$       93
Tungsten bronzes      287
Tungsten carbides, WC, cobalt cutting tools      170 293—294
Tungsten carbides, WC, cobalt cutting tools, binder for BN      233
Tungsten carbides, WC, cobalt cutting tools, critical load      153
Tungsten carbides, WC, cobalt cutting tools, hardness      6 241 302
Tungsten carbides, WC, cobalt cutting tools, Palmqvist cracks in      174—175
Tungsten carbides, WC, cobalt cutting tools, plasticity parameter      241
Tungsten carbides, WC, cobalt cutting tools, toughness      302
Tungsten carbides, WC, cobalt cutting tools, Young's modulus      241
Tungsten carbides, WC, hardness      302
Tungsten carbides, WC, hardness, creep activation energy      141 292
Tungsten carbides, WC, indentors      157—158
Tungsten oxide ( $WO_{3}$ ), hardness anisotropy      77
Tungsten silicide ( $WSi_{2}$ ), Knoop hardness      91 303
Tungsten silicide ( $WSi_{2}$ ), slip systems in      90
Tungsten silicide ( $WSi_{2}$ ), structure of      90
Twin formation and topotaxy      272
Twin formation in silicon      248
Twin formation in zirconia      271
Uranium carbides      292 294
Uranium carbides, hardness      302
Uranium oxide ( $UO_{2}$ ), hardness anisotropy      76
Uranium oxide ( $UO_{2}$ ), toughness      87
Uranium transition metal carbides, hardness of      304
Vanadium boride ( $VB_{2}$ ), Knoop hardness      304
Vanadium carbide, VC, single-crystal hardness      83 93 303
Vanadium carbide, VC, single-crystal hardness, anisotropy      92—93
Vanadium oxide ( $V_{2}O_{5}$ ), hardness, anisotropy      89
Vanadium oxide ( $V_{2}O_{5}$ ), hardness, Knoop      88
Vanadium oxide ( $V_{2}O_{5}$ ), structure of      90
Variance      122
Velocity of load application and hardness errors      37
Velocity of load application, effect      34—38
Velocity of load application, equation of      37
Velocity of load application, values of      37
Vickers hardness and composition      92
Vickers hardness and crack depth      155 157
Vickers hardness and cracking      70—71 155
Vickers hardness and depth of surface removed      124
Vickers hardness and erosion      27
Vickers hardness and grain size      123
Vickers hardness and load      119—124 281
Vickers hardness and load, equation for      281
Vickers hardness and pendulum hardness      55
Vickers hardness and pH      135
Vickers hardness and plasticity parameter      239—240
Vickers hardness and polishing effect      45—46
Vickers hardness and rate of load application      35—38
Vickers hardness and scratch hardness      63
Vickers hardness and shear modulus      143
Vickers hardness and shear modulus, relationship for glass      238
Vickers hardness and surface potential      135
Vickers hardness and wear particle diameter      28
Vickers hardness and yield stress equation      14 239
Vickers hardness and Young's modulus      180 238
Vickers hardness GaAs      79 252
Vickers hardness of $Al_{2}O_{3}$       241 259—261
Vickers hardness of $B_{4}C$       241
Vickers hardness of $Si_{3}N_{4}$       226—228 241
Vickers hardness of $ZrO_{2}$       241 276 278
Vickers hardness of $\beta-Al_{2}O_{3}$       281
Vickers hardness of aluminium      46
Vickers hardness of boron      252
Vickers hardness of diamond      252
Vickers hardness of germanium      252
Vickers hardness of glass      238 241
Vickers hardness of graphite      252
Vickers hardness of Mg-sialon glasses      229
Vickers hardness of MgO      241 269
Vickers hardness of perovskites      93
Vickers hardness of sialons      225 229
Vickers hardness of SiC      214 241
Vickers hardness of sicalons      229
Vickers hardness of silicon      252
Vickers hardness of spinels      92—93
Vickers hardness of VC      92—93
Vickers hardness of WC-Co      241
Vickers hardness of yttrium-barium-copper, superconductor      290
Vickers hardness of ZnO      137

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