Properties of Materials: Anisotropy, Symmetry, Structure > 재료공학

1 Introduction 1
2 Transformations 9
3 Symmetry 14
4 Transformation operators for symmetry elements 23
5 Tensors and physical properties 30
6 Thermodynamic relationships 37
7 Specific heat and entropy 43
8 Pyroelectricity 50
9 Dielectric constant 58
10 Stress and strain 72
11 Thermal expansion 79
12 Piezoelectricity 87
13 Elasticity 103
14 Magnetic phenomena 122
15 Nonlinear phenomena 147
16 Ferroic crystals 162
17 Electrical resistivity 188
18 Thermal conductivity 203
19 Diffusion and ionic conductivity 211
20 Galvanomagnetic and thermomagnetic phenomena 223
21 Thermoelectricity 234
22 Piezoresistance 243
23 Acoustic waves I 249
24 Acoustic waves II 261
25 Crystal optics 274
26 Dispersion and absorption 286
27 Photoelasticity and acousto-optics 294
28 Electro-optic phenomena 302
29 Nonlinear optics 313
30 Optical activity and enantiomorphism 325
31 Magneto-optics 342
32 Chemical anisotropy 354