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

Subvolume B Electrical Resistivity, Thermoelectrical Power and Optical Properties 
Introductory material 
1	
Electrical resistivity of pure metals and dilute alloys 1

1.1
 - 1.5See Vol. 15A 
1.4	
Additional data to section 1.4.1 Resistivity/atomic percent impurity in dilute alloys 1

(J.
 BASS)
1.6	
Pressure effects: Pressure dependence of the electrical resistance of pure crystalline 13

metals (J.S. DUGDALE, A. MYERS)

1.6.1	
Introduction 13

1.6.2	
List of frequently used symbols and abbreviations 15

1.6.3	
Data 16

2	
Kondo and spin fluctuation systems, spin glasses (See Vol. 15A) 
3	
Thermopower of pure metals and dilute alloys 48

3.1	
Introduction for pure metals (C.L. FOILES) 48

3.2	
Thermopower of pure metals near room temperature (C.L. FOILES) 50

3.3	
Temperature dependence of the thermopower of pure metals (C.L. FOILES) 51

3.4	
Thermopower at low temperatures (C.L. FOILES) 100

3.5	
References for 3.1 - 3.4 102

3.6-3.7	
Size dependence of thermopower (See Vol. 15A) 
3.8	
Pressure coefficients of the thermopower of metallic elements 105

(J.S.
 DUGDALE, A. MYERS)
3.8.1	
Introduction 105

3.8.2	
List of frequently used symbols and abbreviations 105

3.8.3	
Data 106

3.10	
Thermopower of dilute alloys (C.L. FOILES) 123

3.10.1	
Introduction 123

3.10.2	
List of frequently used symbols and abbreviations 124

3.10.3	
Data 124

4	
Optical properties of pure metals and binary alloys (C.L. FOILES) 210

4.1	
Introduction for pure metals
210 
4.2	
Drude parameters of pure metals
212 
4.3	
Optical constants of pure metals
222 
4.4	
References for 4.1 - 4.3
372 
4.5	
Introduction for binary alloys
376 
4.6	
Drude parameters of binary alloys
377 
4.7 
Optical constants of binary alloys
382 

