1 The Dynamics of Electrons in Metals: Low-Temperature Effects. - 1. 1. Theoretical Conditions. - 1. 2. Definition of the Hall Effect. - 1. 3. Semiclassical Electronic Motion with Electric and Magnetic Fields. - 1. 4. Quantum Effects. - 1. 5. Size Effects. - 2 The Hall Effect in Limiting Cases. - 2. 1. The Hall Effect in the Classical High-Field Limit. - 2. 2. The Hall Effect in the Low-Field Limit. - 2. 3. The Hall Effect in the Two-Band Model. - 3 The Hall Effect in Nearly-Free-Electron Metals. - 3. 1. Introduction. - 3. 2. The Harrison Construction. - 3. 3. The Examples of Al and In. - 4 The Hall Effect in Group 1B Metals. - 4. 1. Introduction. - 4. 2. The Hall Effect in the Pure Group 1B Metals. - 4. 3. The Hall Effect in Very Dilute Alloys. - 4. 4. The Hall Effect in Alloys with B-Metal Solutes. - 5 The Hall Effect in Magnetic Metals. - 5. 1. Phenomenological Aspects. - 5. 2. Some Conduction-Electron Spin Interactions. - 5. 3. Survey of the Theoretical Developments. - 6Experimental Techniques and the Hall Effect in Unusual Conditions. - 6. 1. Introduction. - 6. 2. Sources of Error. - 6. 3. Methods with Electrical Contact to the Sample. - 6. 4. Methods without Contacts. - 6. 5. Measurements under Unusual Conditions. - 7 A Guide to the Literature for Metallic Elements and Binary Metallic Alloys. - Appendix A Derivation of Expression (2. 59). - Appendix B Units and Conversion Factors. - Notes Added in Proof. - Author Index. Language: English