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

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Предметный указатель

Resistance      11
resistivity      8
Resistivity $(\rho)$       32
Resistivity from Strain Damage      22
Resistivity Ratio      21
resistors      29
Saturation induction      147
Saturation magnetisation      147
Schottky barriers      87
Schottky contact      105
Schroedinger's equation      34
Screw dislocation      253
Secondary electron emission      59
Semiconductors      10
sensors      302
Short wavelength limit      200
Sillen model      277
SMEs      243
Sodium sulphur batteries      291
SOFC      332
Soft Ferrites      138
Soft magnetic materials      127
Solid electrolytes      261
Solid oxide fuel cell      331
Solid Solution Alloys      23
Space Charge Polarisation      156
Specific heat      203 223
Squid      245
Stabilised $\alpha$ -AgI      285
Structural materials      3
Structure of Y123      235
Supercomputers      245
Superconducting Circuits      223
Superconducting generators      242
Superconducting magnets      240
Superconducting Properties      221
Superconductivity      217
Superconductors      218
system      185
Tailored (or Designed) Materials      2
Tangent of Loss Angle      151
Tangent of loss angle, tan $\delta$       148
Temperature Effect      69
Ternary compounds      67
Tetragonal zirconia      265
The Crowdian Mechanism      260
The De Broglie Theory      36
The Electronic Structure of Atoms      38
The Hall Effect      14
The Lowest Energy Principle      41

The Mass Action Law      76
The MOSFET      88
The Phonon      202
The Planck Relation      35
The Polarised Cell Technique      328
The Ring Mechanism      260
The Schottky Defect      249
The wave number K      37
The Wiedemann — Franz Law      17
thermal conductivity      206 223
Thermal Electron      55
Thermal electron emission      62
Thermal Electron Emitter Materials      57
Thermal expansion      204
Thermal Photoemission      187
Thermal resistivity      33
Thermocouple Materials      211
Thermodynamic efficiency      341
Thermoelectric effect      223
Thermoelectricity      209
Thorium oxide      263
Tl-Ba-Ca-Cu-O      220
Tracer diffusion coefficient      258
transducers      168
transistor      105
Transmission      174
Transportation Tools      243
Tubular      337
Tungsten      57
Two-Probe Technique      318
Type A sensors      301
Type B      302
Type C      302
Type I      225
Type II superconductors      225
Vacancy mechanism      259
van der Pauw Technique      320
Vehicle Mechanism      292
Wafer Production      92
Warren — Biscoe structure      299
Water Containing Systems      292
Westinghouse design      337
Willis model      277
work function      50
Y123      235
YSZ      335
Zener diode      104
Zirconia      267
Zirconium oxide      265
Zone model      45

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