《The Elastic Constants of Crystals》求取 ⇩

Ⅰ．General Considerations2

1．Introduction2

2．Stresses and Strains4

3．The Moduli of Elasticity and Compliance7

a．Traditional Elasticity7

b．Tensor Notation and Equations of Motion10

c．The Definition and Meaning of the Elastic Constants12

4．Atomistic Theories of Elastic Constants14

5．Other Tensor Properties31

6．Interrelation with Other Physical Studies40

Ⅱ．Experimental Methods44

7．Static Measurements45

8．Dynamic Measurements47

9．Methods Involving Lattice Interaction with Radiation60

Ⅲ．Elastic Constants for Various Materials61

10．Alkali Halides67

11．Monovalent Metals75

12．Multivalent Metals79

a．Aluminum79

b．Indium82

c．Beta-Brass82

d．Hexagonal Metals84

13．Crystals with Diamond or Zincblende Lattice87

14．Rare Gas Solids91

15．Ferromagnetic Materials，the △E Effect93

16．Piezoelectric Materials98

17．Polycrystalline Materials104

Ⅳ．Variation with Temperature and Pressure108

18．Résumé of Experimental Results108

19．Theory of the Equation of State113

Ⅴ．Influence of Composition，Phase Changes，and Relaxation Phenomena118

20．Anelastic Effects118

21．Certain Alloy Systems and Mixtures120

22．Influence of Dilute Alloying123

23．Effect of Phase Changes on Elastic Constants126

24．Effect of Superconductivity129

25．Effect of Dislocations130

26．Effect of Radiation Damage133

27．Electron Relaxation at Low Temperature135

Ⅵ．Acknowledgments136

Ⅶ．List of Symbols137