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Ahrens T.J. — A Handbook of Physical Constants: Mineral Physics and Crystallography
Ahrens T.J. — A Handbook of Physical Constants: Mineral Physics and Crystallography



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Íàçâàíèå: A Handbook of Physical Constants: Mineral Physics and Crystallography

Àâòîð: Ahrens T.J.

Àííîòàöèÿ:

All volumes include tutorial material that make the data understandable to non-specialists in the subjects. Several generations of Earth scientists have found the previous two versions of The Handbook of Physical Constants to be the most frequently used volumes in their personal libraries.


ßçûê: en

Ðóáðèêà: Ôèçèêà/Ãåîôèçèêà/

Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö

ed2k: ed2k stats

Ãîä èçäàíèÿ: 1995

Êîëè÷åñòâî ñòðàíèö: 354

Äîáàâëåíà â êàòàëîã: 21.07.2005

Îïåðàöèè: Ïîëîæèòü íà ïîëêó | Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
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Ïðåäìåòíûé óêàçàòåëü
Actinides, bulk moduli      131
Activation energy, apparent, crystals      238
Activation energy, diffusion      274
Activation volume, apparent, crystals      238
Al-27 NMR spectra      307 314—318 322
Al-27 NMR spectra silicate glasses      324
Albite phase diagrams      249—252
Albite viscosity      214
Alkali feldspar, phase diagrams      250
Alloys, shear viscosity      221—224
Aluminates      see also “calcium-aluminates”
Aluminates NMR spectra      325
Aluminosilicates, layer Al-27 NMR data      315
Aluminosilicates, layer Si-29 NMR data      311
Aluminum oxides dimensionless parameters, Debye temperature and thermal pressure      75
Aluminum oxides elastic moduli      69
Aluminum oxides mantle mineral data      85—86
Aluminum oxides O—17 NMR data      320
Aluminum oxides thermal expansivity, specific heat, elastic constants, and velocities      70
Amorphous materials bulk moduli      134
Amorphous materials NMR spectra      303 322—325
Amphiboles andalusite, Moessbauer spectra      337
Amphiboles diffusion      277
Amphiboles Moessbauer spectra      336—337
Andesite, shear viscosity      215
Anelasticity, melts      209—217
Anorthite, phase diagrams      249—251
Arrhenius equation, diffusion      274
Arrhenius law, crystals      238
Asymmetry parameter, NMR spectra      307
Augite, phase diagrams      255
Babingtonite, Moessbauer spectra      337
Basalt, diffusion      274 282—283
Beer — Lambert law, absorption      295
Beta-spinel, plasticity      245
Bibliography, Moessbauer spectroscopy      335—336
Black-body emission, dependence on wavelength at different temperatures      300
Bonding properties, minerals      291
Borates mineral data      3—4
Borates shock wave equation of state      160
Calcite, spectra      296
Calcium aluminates, Al-27 NMR data      318
Calcium oxide dimensionless parameters, Debye temperature and thermal pressure      76
Calcium oxide elastic moduli      65
Calcium oxide mantle mineral data      83
Calcium oxide thermal expansivity, specific heat, elastic constants, and velocities      73
Carbides, shock wave equation of state      152—153
Carbon-bearing minerals, bulk moduli      117—118
Carbonates bulk moduli      117—118
Carbonates high-temperature electrical conductivity      189
Carbonates mineral data      3
Carbonates Moessbauer spectra      342
Carbonates shock wave equation of state      160
Carbonates thermal expansion      32
Chain silicates bulk moduli      105—107
Chain silicates mineral data      6
Chain silicates O—17 NMR data      321—322
Charge transfer band      297
Chemical diffusion      271
Chemical shift anisotropy, NMR spectra      306
Chemical shift, NMR spectra      304 306
Chlorite, Moessbauer spectra      337
Chloritoid, Moessbauer spectra      337
Clay minerals, Moessbauer spectra      337
Clinoenstatite, phase diagrams      253—254
Clinopyroxene phase diagrams      254 256
Clinopyroxene plastic properties      244
Closure temperature, diffusion      274
Cobalt silicate dimensionless parameters, Debye temperature and thermal pressure      78
Cobalt silicate elastic moduli      68
Cobalt silicate mantle mineral data      85
Cobalt silicate thermal expansivity, specific heat, elastic constants, and velocities      72
Coble creep, crystals      240
Coesite, phase diagrams      249
Compression curves, shock waves      172
Convective flow mantle      227
Convective flow mantle viscosity      229
Coordination number, NMR spectra      307
Core, outer, viscosity      218—226
Correspondence principle, elasticity      228
Corundum      see also “aluminum oxide”
Corundum phase diagrams      251
creep      see also “diffusion creep; dislocation creep; Harper — Dom creep; Herring — Nabarro creep
Creep mechanism, mantle viscosity      227
Creep, climb-controlled, crystals      239—240
Creep, crystals      237
Creep, glide-controlled, crystals      239
Creep, power-law dislocations      240
Creep, power-law mantle viscosity, creep, quasi steady-state, crystals      237
Cristobalite, phase diagrams      249
Critical resolved shear stress, yield strength      245
Cross-slip, dislocations      240
Crystal structure, mineral data      1—17
Crystal-field absorptions      297
Crystallographic data, minerals      1—17
Crystals      see also “cubic crystals; hexagonal crystals; orthorhombic crystals; trigonal crystals”
Crystals plastic rheology      237—247
Cubic crystals, elastic moduli      46—48
Cyclosilicates      see also “ring silicates”
Cyclosilicates bulk moduli      107—110
Cyclosilicates mineral data      5—6
Debye temperature, mantle minerals      75—79
Deformation mechanism, mantle viscosity      227
Deformation-mechanism maps, plastic deformation      241
Diamond-anvil cell equations of state      98—101
Diamond-anvil cell high-pressure minerals      245—246
Dielectric permittivity      185
Diffusion      304 see
Diffusion coefficients      see also “chemical diffusion; effective binary diffusion coefficients; interdiffusion; multicomponent diffusion; phenomenological diffusion coefficients; self-diffusion coefficient; thermodynamic factor; tracer diffusion coefficient”
Diffusion coefficients silicates      270—273
Diffusion creep crystals      239
Diffusion creep dislocations      240
Diffusion dislocations      240
Diffusion multicomponent      273
Diffusion olivine      243—244
Diffusion silicates      269—290
Diffusional flow, mantle viscosity      227
Diopside phase diagrams      253—257
Diopside plastic properties      244
Dislocation creep, crystals      239
Dislocations, crystals      239
Dynamic topography, mantle viscosity      229
Dynamic yielding, shock waves      174—175
Earth rotation, mantle viscosity      231
Earth-forming minerals phase diagrams      248—268
Earth-forming minerals spectra      291—302
Effective binary diffusion coefficients      273
Elastic constants, isotropic, mantle minerals      69—74
Elastic limit, crystals      237
Elastic moduli, isotropic, crystals      46—56
Elastic moduli, isotropic, mantle minerals at high temperature      64—97
Elastic moduli, isotropic, melts      209
Elastic moduli, isotropic, P and T derivatives      57—58
Elasticity, geological materials      45—63
Electrical conductivity      185
Electrical conductivity minerals      291
Electrical conductivity point defects      187—188
Electrical properties, minerals      185—208
Electronic transitions, minerals      291
Elements, elastic moduli      46
Elements, Group I, bulk moduli      122—123
Elements, Group II, bulk moduli      123
Elements, Group III, bulk moduli      126
Elements, Group IV, bulk moduli      126—128
Elements, Group V, bulk moduli      128
Elements, Group VI, bulk moduli      128—129
Elements, Group VII, bulk moduli      129
Elements, shock wave equation of state      146—152
Enstatite phase diagrams      254—257
Enstatite phase relations      25
Enstatite plastic properties      244
Enthalpy mantle minerals      90
Enthalpy minerals      21—23
Enthalpy phase transformations      23—27
Entropy mantle minerals      90
Entropy minerals      21—23
Entropy phase transformations      23—27
Epidote, Moessbauer spectra      337
Equations of states      see also “Mie — Gruneisen equation of state”
Equations of states shockwaves      143—174
Equations of states static compression measurements      98—142
Fayalite      see also “iron silicate”
Fayalite crystal field absorption spectra      299
Fayalite phase diagrams      256
Fe-57 line positions for 14,4 ke V transition      335
Fe-57 Moessbauer spectroscopy      332—335
Feldspars Al—27 NMR data      315
Feldspars diffusion      275—276
Feldspars log electrical conductivity Vs. partial pressure      205
Feldspars phase diagrams      248—252
Feldspars Si-29 NMR data      312
Feldspars viscosity      214
Feldspathoids Al-27 NMR data      315
Feldspathoids diffusion      279
Feldspathoids log electrical conductivity Vs. partial pressure      205
Feldspathoids Si-29 NMR data      312
Ferropseudobrookite, phase diagrams      259
Ferrosilite, phase diagrams      255
Fick's laws, diffusion      270—271
Forsterite      see also “magnesium silicate”
Forsterite heat capacity      19
Forsterite phase diagrams      254—256
Forsterite thermoelastic properties      92—93
Framework silicates      see also “tektosilicates”
Framework silicates bulk moduli      104—105
Framework silicates O—17 NMR data      322
Fusion, enthalpy      25
Gamma-spinel, plasticity      245—246
Garnet diffusion      280
Garnet elastic moduli      47—48
Garnet Moessbauer spectra      337
Garnet phase diagrams      248 256—257
Garnet, grossular dimensionless parameters, Debyetemperature and thermal pressure      76
Garnet, grossular elastic moduli      65
Garnet, grossular mantle mineral data      83
Garnet, grossular phase diagrams      257
Garnet, grossular thermal expansivity, specific heat, elastic constants, and velocities      73
Garnet, grossular thermoelastic properties      93—94
Garnet, majorite phase diagrams      253
Garnet, majorite plasticity      245
Garnet, pyrope-rich dimensionless parameters, Debye temperature and thermal pressure      76
Garnet, pyrope-rich elastic moduli      65
Garnet, pyrope-rich mantle mineral data      83
Garnet, pyrope-rich phase diagrams      256—257
Garnet, pyrope-rich thermal expansivity, specific heat, elastic constants, and velocities      73
Gases, shock wave equation of state      144—145
Geochemistry      304
Geodetic studies, core viscosity      219
Geoid anomaly, positive mass anomaly      231
Geoid inversion, mantle viscosity      232—234
Geoid, mantle viscosity      227
Geomagnetism studies, core viscosity      220
Geophysics      304
Germanates, phase transitions      25
Gibbs free energy, Vs. temperature      23
Glass transition, heat capacity      20—21
Glasses bulk moduli      134
Glasses diffusion      269—290
Glasses elastic moduli      56
Glasses elasticity      45—63
Glasses heat capacity      20
Glasses NMR spectra      322—325
Glasses phase transitions      212
Glasses shock wave equation of state      166—168
Grain-boundary sliding, crystals      239
Grandidierite, Moessbauer spectra      337
Gruneisen ratio      173
Halides bulk moduli      120—122
Halides elastic moduli      47
Halides high temperature electrical conductivity      189—190
Halides log electrical conductivity Vs.partial pressure      204
Halides mineral data      8—9
Halides shock wave equation of state      153—155
Hardening, crystals      237
Harper — Dom creep, crystals      240—241
Heat capacity, minerals      18—21
Hedenbergite, phase diagrams      255
Helmholtz free energy, mantle minerals      86—87
Hematite, phase diagrams      258—260
Herring — Nabarro creep, crystals      240
Hexagonal crystals, elastic moduli      48
High-pressure minerals, mantle      245—246
High-pressure silicates mineral data      8
High-pressure silicates O—17 NMR data      322
Hollandite, phase diagrams      250
Hugoniot equation of state, minerals      143
Hydrides, bulk moduli      133—134
Hydrostatic pressure, plastic deformation      241
Hydrous minerals, thermal expansion      31—32
Hydroxides, bulk moduli      111—117
Hydroxides, mineral data      3
Hydroxides, Moessbauer spectra      340
Hydroxides, O—17 NMR data      321
Hydroxides, shock wave equation of state      159
Ices, bulk moduli      133
Ilmenite, phase diagrams      253 259—260
Ilvaite, Moessbauer spectra      337
Infrared spectroscopy, Earth-forming minerals      291—302
insulators      186
Interdiffusion      271
Intervalence transitions      297
Inverse problems, mantle viscosity      231—232
Iron alloys, bulk moduli      131—133
Iron bulk moduli      131
Iron Moessbauer spectra      342
Iron phase diagrams      248 262
Iron silicate elastic moduli      68
Iron silicate mantle mineral data      85
Iron silicate thermal expansivity, specific heat, elastic constants, and velocities      72
Iron, liquid, shear dynamic viscosity      222
Iron-nickel alloys, liquid, shear viscosity      222—223
Iron-oxygen alloys, liquid, shear viscosity      224
Iron-silicon alloys, liquid, shear viscosity      224—225
Iron-sulfur alloys, liquid, shear viscosity      223
Iron-titanium oxides, phase diagrams      248 258—260
Isopleths, phase diagrams      249—262
Jadeite, phase diagrams      249
Kamacite, Moessbauer spectra      342
Kinks, crystals      239
Kroger — Vink notation, point defects      187—188
Kyanite, Moessbauer spectra      338
Lanthanides, bulk moduli      130—131
Leucite, phase diagrams      250 252
Liquid alloys, shear viscosity      221—224
Liquid metals theory, core viscosity      221
Liquids bulk moduli      134
Liquids diffusion      269—290
Liquids heat capacity      20
Liquids NMR spectroscopy      303
Liquids phase transitions      212
Lithosphere, strength      228
Longitudinal viscosity, Vs. frequency      211
Lunar glass, shock wave equation of state      168
Magic angles spinning, NMR spectra      303
Magnesiowuestite phase diagrams      256
Magnesiowuestite plasticity      245
Magnesium aluminum oxide dimensionless parameters, Debye temperature and thermal pressure      79
Magnesium aluminum oxide elastic moduli      66
Magnesium aluminum oxide thermal expansivity, specific heat, elastic constants, and velocities      70
Magnesium oxide dimensionless parameters, Debye temperature and thermal pressure      75
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