Gao W., Sammes N. — An Introduction to Electronic and Ionic Materials :: Электронная библиотека попечительского совета мехмата МГУ

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Gao W., Sammes N. — An Introduction to Electronic and Ionic Materials

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Название: An Introduction to Electronic and Ionic Materials

Авторы: Gao W., Sammes N.

Аннотация:

This book is particularly aimed at undergraduate level as the text assumes a very limited knowledge of chemistry or physics (up to, perhaps, first-year level). It aims to convey a basic understanding of a wide range of electronic and ionic materials important to today's world, and it emphasises the properties and applications of such materials.

Язык:

Рубрика: Физика/Физика твёрдого тела/Приложения/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1999

Количество страниц: 357

Добавлена в каталог: 03.09.2005

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

Предметный указатель

$ABO_{3}$       275
$Ag_{5}I_{4}BO_{3}$       300
$A_{2}B_{2}O_{7}$       276
$BaCeO_{3}$       295
$BaTiO_{3}$       167
$Bi_{2}O_{3}$       261
$CeO_{2}$       261
$CsHSO_{4}$       294
$HClO_{4}$       294
$H^{+}$       291
$H_{2}$       332
$H_{2}SO_{4}$       294
$H_{3}PO_{4}$       294
$J_{C}$ measurement      228
$LaCrO_{3}$       337
$LaGaO_{3}$       275
$Na^{+}\beta-Al_{2}O_{3}$       285
$Na^{+}\beta^{''}-Al_{2}O_{3}$       285
$RbAg_{4}I_{5}$       284
$SrCeO_{3}$       295
$T_{C}$       219
$YBa_{2}Cu_{3}O_{7-x}$ (Y123)      220
$ZrO_{2}$       250
$ZrO_{2}-Y_{2}O_{3}$       268
$\alpha$ -AgI      284
$\beta$ -AgI      284
$\beta-Al_{2}O_{3}$       286
$\beta^{''}-Al_{2}O_{3}$       286
$\delta-Bi_{2}O_{3}$       276
Absorption      173
AC Techniques      321
Acceptor level      104
Acceptor saturation      104
Ag-Ion Conductors      283
AgCl      250
AL      46
Alkali Ion Conductors      280
Alloys      2
Alnico Alloys      134
Aluminium      28
Anode      332
Anti-Frenkel Defect Mechanism      250
Antiferromagnetism      115
Application of Superconducting Materials      240
Atomic energy levels      49
Ba-La-Cu-O      219
Band model      65
band structures      46 48
BCS Theory of Superconductivity      229
Bell-and-spigot configuration      338
Beta- $Al_{2}O_{3}$       285
Bi-Sr-Ca-Cu-O      220
Bias      104
BIMEVOX      280
Binary compounds      67
Bismuth oxide      276
Bohr Atomic Model      38
Bohr magneton      112
Bragg's law      36
brass      27
Bronzes      27
Burglar Detector      169
Capacitor      171
capacitors      161
Cathode      332
Ceramic Lasers      182
Ceramics      2
Cerium oxide      270
Characteristic Spectrum      176
Chlor-alkai industries      292
Chronoamperometry      327
Chronopotentiometry      327
Classification of Materials      2
Co-generation      331
Colours      173
Compact disc      185
Complex impedance plot      325
Composite Wires      29
Compound semiconductors      67
Concentration of Point Defects      251
Conductivity      68 260
Conductivity $(\sigma)$       32
Conductivity in Extrinsic Semiconductors      75
Contact potential      105
Continuous spectrum      175
copper      26
Crystal growth      92
Cu      47
Cubic zirconia      265
Curie point      116
Current density (J)      32
Current Interruption Technique      326
Cyclic voltammetry      327
Czochralski technique      105
DC Conductivity Measurements      318
DC Resistivity      222
Defect Equilibrium      306
Diamagnetism      113
Dielectric properties      148
Dielectric strength      152
Diffusion as a Random Walk      258
Diffusion mechanisms      256
Diffusion Processes and Depth Control      82
Dipoles      154
Dislocation      252
Domain Movement      119
Domain wall energy      122
Donor exhaustion      104
Donor level      104
Doping      74
Doping Processes      82
Drude's Free Electron Theory      12
Eddy Current energy loss      147
Edge dislocation      253
Electrical Contacts      31
Electrolyte      332
Electrolytic      311
Electrolytic domain      311
Electrolytic domain boundaries      274
Electron energy state      49
Electron probe microanalysis      178
Electronic Polarisation      155
Electrostriction      149 165
Elementary Semiconductors      66
emf      301
EMF efficiency      341
EMF Technique      327
Energy Band in Solids      42
Energy Band Structure in Metals, Insulators and Semiconductors      64
Energy level diagram for atomic H      43
Energy level diagram for atomic Na      44
Energy Loss in Dielectrics      159
Energy product      147
Energy well      45
Engineering materials      1
Etching      95
FE      47
Fermi distribution      41
Fermi level      41
Ferrimagnetism      115
Ferroelectricity      148 164
Ferromagnetic anisotropy      117
Ferromagnetic domains      118
ferromagnetism      113
Fluorescence      173
forbidden energy gaps      42
Four elements      4
Four-Probe Technique      320
Frenkel      250
Frequency response analyser      324

Functional materials      3
Furnace Temperature Control      211
Gattow and Schroeder model      277
Grain boundary effects      78
Grotthuss mechanism      292
Grove      343
Halide Ion Conductors      283
Hall constant      15
Hall field      14
Hall probe      16
Hard Ferrites      138
Hard magnetic materials      132
heat capacity      202 203
Heat conduction      174
Heating Elements      29
Heavily-Loaded Contacts      31
Hg-Ba-Ca-Cu-O      221
Hg-Ba-Cu-O      221
High temperature superconductors      219
Hole conduction      65
Impedance Spectroscopy      321
insulators      10 48
Integrated Circuitry      90
Intermetallic compounds      26
Interstitial Mechanism      259
Interstitialcy mechanism      259
Intrinsic semiconductors      65
Ion Field Emission and Atom Probe      60
ion implantation      84
Ionic domain      312
Ionic Domains      311
Ionic Glasses      298
Ionic Polarisation      155
Ionic Transport Number      314
Iron-Silicon Alloys      128
Josephson effect      244
Kroeger Vink (Brouwer) Diagram      308
Kroeger — Vink notation      248
La-Ba-Cu-O      219
Lanthanum hexaboride      58
Laser      181
Lasers      174
Lattice Defects in Semiconductors      78
Light emitting diode (LED)      89
Lightly-Loaded Contacts      31
Line defects      252
Linear sweep voltammetry      327
Lithography      95
Lorenz force      14
Low temperature      218
Luminescence      179 200
Magnetic behaviour      114
Magnetic Exchange Energy      121
Magnetic flux      109
magnetic susceptibility      111
Magnetisation      110
Magnetocrystalline Anisotropy Energy      121
Magnetostatic energy      121
Magnetostriction      117
Magnetostriction Energy      123
Materials for Electricity Transmission      26
Matthiessen's rule      9
Matthiessen's Rule (TCR)      8
Maximum Energy Product      133
Mean free path      14
Mean free path $(l_{m})$       32
Measurement Methods      11
Meissner effect      218
Metallic glasses      131
Metallisation      95
Metals      2 10 48
MG      46
Microelectronics      106
Mixed conductor      312
Mixed dislocation      255
Mobility of the electron      13
Molecular Polarisation      155
Monoclinic zirconia      265
Motors      242
MRI      241
Multiphase Mixture      24
n-type extrinsic semiconductor      104
n-Type Extrinsic Semiconductors      70
NaCl      250
NAFION      292
Nernst      261
Nernst glower      262
Newton's law      12
NI      335
Ni-Fe Alloys      130
Ni-felt      338
Nordheim's Rule      19
Ohmic contact      87 105
Optical fibre telecommunication systems      174
Optical fibres      195
Optical imaging systems      174
Oxo Acids and Their Salts      294
Oxygen Ion Conductors      261
Oxygen Permeation      328
p-n junction      79 104
p-type extrinsic semiconductor      104
p-Type Extrinsic Semiconductors      72
Packaging of Semiconductor Devices      99
Paramagnetism      113
Partial conductivity      314
Patterson maps      312
Pauli exclusion principle      39
Permalloy      130
Permeability      109
Permittivity      149 171
Perovskites      275
Phase equilibrium diagram      268
Photo electron emission      173
Photocathode Materials      53
Photoelectric efficiency      62
photoemission      50 62
Photon      48
Photonic Systems      195
Piezoelectricity      148 165
Planar      337
Planar Defects      255
Point defects      248
Polarisation      155 171
Potentiometric Solid State Sensors      301
Potentiostatic techniques      327
Powder in tube      239
Power transmission      241
Properties of materials      3
Properties of Y123      235
Proton      291
Proton Conductors      291
PVD and CVD Processes      94
Pyrochlores      276
Pyroelectricity      149 166
Quanta and Waves      35
Quantum numbers      39
Radiation      173
Rare Earth Alloys      135
Rectifier equation      82
Rectifier/diode      104
Reflection      174
Refraction      174
Relative permeability      110
Relative permittivity      171
Relative permittivity $\varepsilon_{r}$       149
Relative permittivity, $\varepsilon_{r}$       148
Relaxation frequency      157
Reliability of Semiconductor Devices      92
Remanent induction      147
Residual resistivity      33

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