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

Vickers hardness, anisotropy      91—94
Vickers hardness, diamond      10 42
Vickers hardness, diamond, and crack generation      157
Vickers hardness, diamond, in pendulum tester      53
Vickers hardness, equation      10 44
Vickers hardness, errors in      37 41—45
Vickers hardness, indent shape      90
Vickers indentation and grain-boundary energy      199
Vickers indentation and matrix-fiber bonding      200—201
Viscosity of glass      58
Viscosity, effect on pendulum hardness      56
Viscous flow      57
Wallace hardness      46—47
Wear test      28
Wear test and hardness      142
Wear test and lateral cracks      159
Wear test, debris      56—57
Wear test, effect of slider shape      28
Wear test, particle diameter equation      28
Wear test, time scale      139 142
Whiskers      145
Whiskers, hardness, of MgO      265
Whiskers, hardness, of SiC      261
Work hardening      45—46 103 106
Work hardening and anisotropy peaks      111 115—116
Work hardening and diverging slip systems      116
Work hardening and plastic zone anisotropy      111
Work hardening of aluminium      46 262
Work hardening of crystals      72
Work hardening of magnesia      46 265—267
Work hardening of SiC      111
Work hardening, caused by soft slider      266
Work hardening, depth of      45—46 267
Work hardening, equation for      266
Work needed to create indents      48
Work of adhesion      28
Work of elastic recovery of indent      48
Work of indented volume      48
Wurtzite structure of BN      231
Wurtzite structure of Si      248
Wurtzite structure of SiC      211
Wurtzite structure, energy of transition      248
X-ray topography      66
Y-sialon glass, density      229
Y-sialon glass, Knoop hardness      229
Y-sialon glass, Modulus      229
YAG      224
Yield and absolute hardness      72
Young's modulus and bond type      172
Young's modulus and crack depth      155
Young's modulus and cracking      147
Young's modulus and hardness      72
Young's modulus and penetration depth      47 240
Young's modulus and plasticity parameter      241
Young's modulus and residual impression parameter      240
Young's modulus from Knoop indents      180

Young's modulus of $Al_{2}O_{3}$       241 259—261
Young's modulus of $B_{4}C$       228 241
Young's modulus of $Cr_{3}C_{2}$       302
Young's modulus of $SiO_{2}$       238
Young's modulus of $Si_{3}N_{4}$       226 227 241
Young's modulus of germanium      252
Young's modulus of glass      238
Young's modulus of MgO      241 269
Young's modulus of SiC      214 219 241
Young's modulus of silicon      252
Young's modulus of TiN films      50
Young's modulus of Y-sialon glass      229
Young's modulus of zirconia      241 276
Young's modulus, anisotropy in $\beta-Al_{2}O_{3}$       281
Young's modulus, hardness ratio      179
Young's modulus, mismatch stress      273
Yttria ( $Y_{2}O_{3}$ ), grain size KIC relationship      257
Yttria ( $Y_{2}O_{3}$ ), sintering aid      223
Yttrium ion bombardment      127
Zeta potential      132 137
Zeta potential and environmental softening      137
Zeta potential and hardness of silicon      249
Zeta potential and pendulum hardness of glass      245
Zeta potential and pH      138
Zeta potential, control with $Na_{4}P_{2}O_{7}$       249
Zinc blende structure      80
Zinc blende structure of SiC      211
Zinc blende structure, hardness anisotropy in      76 78
Zinc oxide, ZnO, electron energy bands in      135—137
Zinc oxide, ZnO, hardness, and pH      135
Zinc oxide, ZnO, hardness, and surface charge      135
Zinc oxide, ZnO, hardness, to modulus ratio      179
Zinc oxide, ZnO, hardness, Vickers      137
Zinc silicate, $Zn_{2}SiO_{4}$       223
Zirconia, $ZrO_{2}$       145 268—279
Zirconia, $ZrO_{2}$ in $Al_{2}O_{3}$ , hardness of      261
Zirconia, $ZrO_{2}$ in $\beta-Al_{2}O_{3}$ , toughness increase      279
Zirconia, $ZrO_{2}$ , anomolous hardness      271
Zirconia, $ZrO_{2}$ , densification aid      223
Zirconia, $ZrO_{2}$ , fracture toughness      276
Zirconia, $ZrO_{2}$ , hardness and polymorphism      270—272 276
Zirconia, $ZrO_{2}$ , hardness, effect of pressure      271
Zirconia, $ZrO_{2}$ , hardness, modulus ratio      179 241
Zirconia, $ZrO_{2}$ , hardness, porosity equation      278
Zirconia, $ZrO_{2}$ , hardness, scratch      29
Zirconia, $ZrO_{2}$ , hardness, Vickers      241 276
Zirconia, $ZrO_{2}$ , plasticity parameter      241
Zirconia, $ZrO_{2}$ , structure of      270
Zirconia, $ZrO_{2}$ , surface energy      271
Zirconia, $ZrO_{2}$ , transformation methods      272
Zirconia, $ZrO_{2}$ , Young's modulus      241 276
Zirconium boride ( $ZrB_{2}$ )      297
Zirconium boride ( $ZrB_{2}$ ), hardness anisotropy      108 109
Zirconium boride ( $ZrB_{2}$ ), slip systems in      109
Zirconium carbide (ZrC), Knoop hardness      303
Zirconium oxide ( $ZrO_{2}$ )      see "Zirconia"

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