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Inhaltsangabe
1. Onsager Symmetry Relation.- 1.1. Irreversible Processes.- 1.2. Onsager Relation in Scalar Processes.- 1.3. Onsager Relation for Processes in a Magnetic Field.- 2. The Phenomenological Relations.- 2.1. Assumption of Local and Mechanical Equilibrium.- 2.2. Conservation Laws and Balance Equations.- 2.3. Phenomenological Equations.- 3. Nuclear Magnetic Resonance.- 3.1. Theory of Nuclear Magnetic Resonance.- 3.2. Knight Shift and Relaxation Times.- 4. Galvanomagnetic and Thermomagnetic Phenomena.- 4.1. Phenomenological Theory of Pure Metals.- 4.2. Definition of Effects.- 4.3. Coefficients for Measurable Effects.- 4.4. Hall Effect in Liquid Metals.- 5. Diffusion and Thermodiffusion in Alloys.- 5.1. Transformation Equations for the Diffusion Flux.- 5.2. Isothermal Diffusion in Binary Alloys.- 5.3. Diffusion in Multi-Component Systems.- 5.4. Thermo Diffusion and Diffusion Thermo Effects.- 5.5. Experimental Work on Self Diffusion.- 5.6. Diffusion Experiments in Binary Alloys.- 6. Isothermal Electrical Phenomena in Metals and Alloys.- 6.1. Binary Alloys.- 6.2. Electrolysis in Mercury Amalgams.- 6.3. Electromagnetic Migration in Liquid Gold Amalgam.- 6.4. Isotopic Separation by Electrolysis and Electromagnetic Migration.- 7. Viscosity Phenomena in a Magnetic Field.- 7.1. Phenomenology of Viscous Flow.- 7.2. Viscosity Effects in a Magnetic Field.- 7.3. Measurements of Viscous Flow in a Magnetic Field.- 8. Effects between Vector and Tensor Forces.- 8.1. Electrokinetic Effects.- 8.2. Electroosmosis in Mercury.- 8.3. Pressure-Thermo and Pressure-Diffusion Effects.- Literature.
1. Onsager Symmetry Relation.- 1.1. Irreversible Processes.- 1.2. Onsager Relation in Scalar Processes.- 1.3. Onsager Relation for Processes in a Magnetic Field.- 2. The Phenomenological Relations.- 2.1. Assumption of Local and Mechanical Equilibrium.- 2.2. Conservation Laws and Balance Equations.- 2.3. Phenomenological Equations.- 3. Nuclear Magnetic Resonance.- 3.1. Theory of Nuclear Magnetic Resonance.- 3.2. Knight Shift and Relaxation Times.- 4. Galvanomagnetic and Thermomagnetic Phenomena.- 4.1. Phenomenological Theory of Pure Metals.- 4.2. Definition of Effects.- 4.3. Coefficients for Measurable Effects.- 4.4. Hall Effect in Liquid Metals.- 5. Diffusion and Thermodiffusion in Alloys.- 5.1. Transformation Equations for the Diffusion Flux.- 5.2. Isothermal Diffusion in Binary Alloys.- 5.3. Diffusion in Multi-Component Systems.- 5.4. Thermo Diffusion and Diffusion Thermo Effects.- 5.5. Experimental Work on Self Diffusion.- 5.6. Diffusion Experiments in Binary Alloys.- 6. Isothermal Electrical Phenomena in Metals and Alloys.- 6.1. Binary Alloys.- 6.2. Electrolysis in Mercury Amalgams.- 6.3. Electromagnetic Migration in Liquid Gold Amalgam.- 6.4. Isotopic Separation by Electrolysis and Electromagnetic Migration.- 7. Viscosity Phenomena in a Magnetic Field.- 7.1. Phenomenology of Viscous Flow.- 7.2. Viscosity Effects in a Magnetic Field.- 7.3. Measurements of Viscous Flow in a Magnetic Field.- 8. Effects between Vector and Tensor Forces.- 8.1. Electrokinetic Effects.- 8.2. Electroosmosis in Mercury.- 8.3. Pressure-Thermo and Pressure-Diffusion Effects.- Literature.
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