Landolt-Brnstein Group III
: Condensed Matter
Volume 15 
Metals
: Electronic Transport Phenomena

Subvolume A Electrical Resistivity, Kondo and Spin Fluctuation Systems, Spin Glasses and Thermopower 
Introductory material 
1	
Electrical resistivity of pure metals and dilute alloys (J. BASS) 1

1.1	
Introduction 1

1.1.1	
General remarks 1

1.1.2	
List of frequently used symbols and abbreviations 3

1.2	
Pure metals 5

1.2.1	
Pure metal resistivities at T = 273.2 K 5

1.2.2	
Pure metal resistivities from T = 10 - 15 K till melting point 13

1.2.3	
References for 1.2.1 and 1.2.2 92

1.2.4	
Pure metal resistivities at low temperatures 99

1.2.5	
References for 1.2.4 137

1.3	
Size effects 139

1.3.1	
Size effects in pure metals 140

1.3.2	
Size dependent deviations from Matthiessen's rule 156

1.3.3	
References for 1.3.1 and 1.3.2 163

1.4	
Dilute alloys 166

1.4.1	
Resistivity/atomic percent impurity in dilute alloys 166

Additional data to section 1.4.1 (See Vol. 15B)

1.4.2	
Application of modified Linde's law 253

1.4.3	
Deviation from Matthiessen's rule (DMR) 258

1.4.4	
References for 1.4.1 - 1.4.3 279

1.5	
Bloch-Grneisen resistivity function 287

1.6	
Pressure effects (See Vol. 15B) 
2	
Kondo and spin fluctuation systems, spin glasses (K.H. FISCHER) 289

2.1	
Introduction 289

2.1.1	
Kondo and spin fluctuation systems 289

2.1.1.1	
General remarks 289

2.1.1.2	
Definition of Kondo temperature 290

2.1.1.3	
Spin fluctuation systems 291

2.1.2	
Spin glasses 291

2.1.3	
List of frequently used symbols and abbreviations 293

2.2	
Data 294

2.2.1	
Kondo and spin fluctuation systems 294

2.2.2	
Spin glasses 334

2.3	
References for 2.1 and 2.2 376

3	
Thermopower of pure metals and dilute alloys 385

3.1
 - 3.5, 3.8See Vol. 15B 
3.6	
Size dependence of thermopower (J. BASS) 385

3.7	
References for 3.6 396


