Modern theory of thermoelectricity /:
This text describes the theory of thermoelectric effects, both from a practical and a fundamental perspective, and presents many examples of applications of the theory to real materials.
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Elektronisch E-Book |
| Sprache: | English |
| Veröffentlicht: |
New York, NY :
Oxford University Press,
2014.
|
| Ausgabe: | First edition. |
| Schlagworte: | |
| Online-Zugang: | Volltext |
| Zusammenfassung: | This text describes the theory of thermoelectric effects, both from a practical and a fundamental perspective, and presents many examples of applications of the theory to real materials. |
| Beschreibung: | 1 online resource |
| Bibliographie: | Includes bibliographical references and index. |
| ISBN: | 9780191015403 0191015407 |
Internformat
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| 245 | 1 | 0 | |a Modern theory of thermoelectricity / |c Veljko Zlatić, René Monnier. |
| 250 | |a First edition. | ||
| 264 | 1 | |a New York, NY : |b Oxford University Press, |c 2014. | |
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| 504 | |a Includes bibliographical references and index. | ||
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| 520 | 8 | |a This text describes the theory of thermoelectric effects, both from a practical and a fundamental perspective, and presents many examples of applications of the theory to real materials. | |
| 505 | 0 | |a Cover ; Preface; Contents; 1 Introduction; Part I Classical theory; 2 Phenomenological description of thermoelectric phenomena; 2.1 The entropy of a steady state; 2.2 Generalized currents and forces; 2.3 Transport equations and their symmetry; 2.4 A complete set of thermoelectric equations; 3 Phenomenological transport equations; 3.1 The charge current density-internal energy current density pair; 3.2 The charge current density-heat current density pair; 3.3 The charge current density-total energy current density pair; 4 Physical interpretation; 4.1 Thermoelectric heats | |
| 505 | 8 | |a 5 Thermomagnetic and galvanomagnetic effects5.1 Transport equations in the presence of a uniform magnetic field; 5.2 Transport of magnetization; 6 Solutions of the transport equations for homogeneous thermoelectrics; 6.1 Homogeneous thermoelectrics with constant material parameters; 6.2 Figure of merit of the material; 6.3 Coefficient of performance; 6.4 Efficiency coefficient; 6.5 Homogeneous thermoelectrics with T-dependent material parameters; 7 Solutions of the transport equations for inhomogeneous thermoelectrics; 7.1 Segmented thermoelectrics | |
| 505 | 8 | |a 7.2 Coefficient of performance, efficiency and figure of merit of a heterostructure with N segments7.3 Constrained-functional approach to device optimization; 8 Onsager's reciprocal relations in irreversible processes; 8.1 Thermodynamic description of fluctuations; 8.2 Statistical description of fluctuations; Part II Quantum theory; 9 Microscopic description of thermoelectric phenomena; 9.1 Slow and rapid perturbation; 9.2 Response to a diffusion force; 9.3 Response to a thermal force; 10 Calculation of the response to an applied field; 10.1 Linear response to an electrical force | |
| 505 | 8 | |a 10.2 Linear response to a thermal force10.3 Equivalence to Kubo formula; 11 Current density operators; 11.1 Charge current density operators for continuous models; 11.2 Energy current density operators for continuous models; 11.3 Discrete models for the description of correlated systems; 11.4 Charge current density operators for discrete models; 11.5 Energy current density operators for discrete models; 12 Jonson-Mahan theorem; Part III Comparison of theory and experiment; 13 Kondo effect in dilute alloys; 13.1 Introduction to the Kondo problem; 13.2 Experiments on dilute Kondo alloys | |
| 505 | 8 | |a 13.3 Single-impurity models13.4 Solution of the Kondo problem by perturbative scaling; 13.5 Comparison of scaling results with experimental data; 14 Rare-earth intermetallics: heavy fermions and valence fluctuators; 14.1 High-temperature experiments; 14.2 Low-temperature experiments; 14.3 Theoretical description of heavy fermions and valence fluctuators at high temperature; 14.4 Theoretical description of heavy fermions and valence fluctuators at low temperature; 14.5 The Fermi liquid approach; 14.6 The Fermi liquid laws and the universal ratios; 15 First-principles approaches | |
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| author | Zlatić, Veljko Monnier, René (Physicist) |
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| contents | Cover ; Preface; Contents; 1 Introduction; Part I Classical theory; 2 Phenomenological description of thermoelectric phenomena; 2.1 The entropy of a steady state; 2.2 Generalized currents and forces; 2.3 Transport equations and their symmetry; 2.4 A complete set of thermoelectric equations; 3 Phenomenological transport equations; 3.1 The charge current density-internal energy current density pair; 3.2 The charge current density-heat current density pair; 3.3 The charge current density-total energy current density pair; 4 Physical interpretation; 4.1 Thermoelectric heats 5 Thermomagnetic and galvanomagnetic effects5.1 Transport equations in the presence of a uniform magnetic field; 5.2 Transport of magnetization; 6 Solutions of the transport equations for homogeneous thermoelectrics; 6.1 Homogeneous thermoelectrics with constant material parameters; 6.2 Figure of merit of the material; 6.3 Coefficient of performance; 6.4 Efficiency coefficient; 6.5 Homogeneous thermoelectrics with T-dependent material parameters; 7 Solutions of the transport equations for inhomogeneous thermoelectrics; 7.1 Segmented thermoelectrics 7.2 Coefficient of performance, efficiency and figure of merit of a heterostructure with N segments7.3 Constrained-functional approach to device optimization; 8 Onsager's reciprocal relations in irreversible processes; 8.1 Thermodynamic description of fluctuations; 8.2 Statistical description of fluctuations; Part II Quantum theory; 9 Microscopic description of thermoelectric phenomena; 9.1 Slow and rapid perturbation; 9.2 Response to a diffusion force; 9.3 Response to a thermal force; 10 Calculation of the response to an applied field; 10.1 Linear response to an electrical force 10.2 Linear response to a thermal force10.3 Equivalence to Kubo formula; 11 Current density operators; 11.1 Charge current density operators for continuous models; 11.2 Energy current density operators for continuous models; 11.3 Discrete models for the description of correlated systems; 11.4 Charge current density operators for discrete models; 11.5 Energy current density operators for discrete models; 12 Jonson-Mahan theorem; Part III Comparison of theory and experiment; 13 Kondo effect in dilute alloys; 13.1 Introduction to the Kondo problem; 13.2 Experiments on dilute Kondo alloys 13.3 Single-impurity models13.4 Solution of the Kondo problem by perturbative scaling; 13.5 Comparison of scaling results with experimental data; 14 Rare-earth intermetallics: heavy fermions and valence fluctuators; 14.1 High-temperature experiments; 14.2 Low-temperature experiments; 14.3 Theoretical description of heavy fermions and valence fluctuators at high temperature; 14.4 Theoretical description of heavy fermions and valence fluctuators at low temperature; 14.5 The Fermi liquid approach; 14.6 The Fermi liquid laws and the universal ratios; 15 First-principles approaches |
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| discipline | Physik |
| edition | First edition. |
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| spelling | Zlatić, Veljko, author. http://id.loc.gov/authorities/names/n2003010815 Modern theory of thermoelectricity / Veljko Zlatić, René Monnier. First edition. New York, NY : Oxford University Press, 2014. 1 online resource text txt rdacontent computer c rdamedia online resource cr rdacarrier Includes bibliographical references and index. Print version record. This text describes the theory of thermoelectric effects, both from a practical and a fundamental perspective, and presents many examples of applications of the theory to real materials. Cover ; Preface; Contents; 1 Introduction; Part I Classical theory; 2 Phenomenological description of thermoelectric phenomena; 2.1 The entropy of a steady state; 2.2 Generalized currents and forces; 2.3 Transport equations and their symmetry; 2.4 A complete set of thermoelectric equations; 3 Phenomenological transport equations; 3.1 The charge current density-internal energy current density pair; 3.2 The charge current density-heat current density pair; 3.3 The charge current density-total energy current density pair; 4 Physical interpretation; 4.1 Thermoelectric heats 5 Thermomagnetic and galvanomagnetic effects5.1 Transport equations in the presence of a uniform magnetic field; 5.2 Transport of magnetization; 6 Solutions of the transport equations for homogeneous thermoelectrics; 6.1 Homogeneous thermoelectrics with constant material parameters; 6.2 Figure of merit of the material; 6.3 Coefficient of performance; 6.4 Efficiency coefficient; 6.5 Homogeneous thermoelectrics with T-dependent material parameters; 7 Solutions of the transport equations for inhomogeneous thermoelectrics; 7.1 Segmented thermoelectrics 7.2 Coefficient of performance, efficiency and figure of merit of a heterostructure with N segments7.3 Constrained-functional approach to device optimization; 8 Onsager's reciprocal relations in irreversible processes; 8.1 Thermodynamic description of fluctuations; 8.2 Statistical description of fluctuations; Part II Quantum theory; 9 Microscopic description of thermoelectric phenomena; 9.1 Slow and rapid perturbation; 9.2 Response to a diffusion force; 9.3 Response to a thermal force; 10 Calculation of the response to an applied field; 10.1 Linear response to an electrical force 10.2 Linear response to a thermal force10.3 Equivalence to Kubo formula; 11 Current density operators; 11.1 Charge current density operators for continuous models; 11.2 Energy current density operators for continuous models; 11.3 Discrete models for the description of correlated systems; 11.4 Charge current density operators for discrete models; 11.5 Energy current density operators for discrete models; 12 Jonson-Mahan theorem; Part III Comparison of theory and experiment; 13 Kondo effect in dilute alloys; 13.1 Introduction to the Kondo problem; 13.2 Experiments on dilute Kondo alloys 13.3 Single-impurity models13.4 Solution of the Kondo problem by perturbative scaling; 13.5 Comparison of scaling results with experimental data; 14 Rare-earth intermetallics: heavy fermions and valence fluctuators; 14.1 High-temperature experiments; 14.2 Low-temperature experiments; 14.3 Theoretical description of heavy fermions and valence fluctuators at high temperature; 14.4 Theoretical description of heavy fermions and valence fluctuators at low temperature; 14.5 The Fermi liquid approach; 14.6 The Fermi liquid laws and the universal ratios; 15 First-principles approaches Thermoelectricity. http://id.loc.gov/authorities/subjects/sh85134791 Thermoélectricité. SCIENCE Physics Electricity. bisacsh SCIENCE Physics Electromagnetism. bisacsh Thermoelectricity fast Monnier, René (Physicist), author. http://id.loc.gov/authorities/names/no2014111753 has work: Modern theory of thermoelectricity (Text) https://id.oclc.org/worldcat/entity/E39PCGv9vVJDvQRT6XFKHqkdgq https://id.oclc.org/worldcat/ontology/hasWork Print version: Zlatić, Veljko. Modern theory of thermoelectricity. Oxford : Oxford University Press, 2014 0198705417 (OCoLC)881613014 FWS01 ZDB-4-EBA FWS_PDA_EBA https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=802356 Volltext |
| spellingShingle | Zlatić, Veljko Monnier, René (Physicist) Modern theory of thermoelectricity / Cover ; Preface; Contents; 1 Introduction; Part I Classical theory; 2 Phenomenological description of thermoelectric phenomena; 2.1 The entropy of a steady state; 2.2 Generalized currents and forces; 2.3 Transport equations and their symmetry; 2.4 A complete set of thermoelectric equations; 3 Phenomenological transport equations; 3.1 The charge current density-internal energy current density pair; 3.2 The charge current density-heat current density pair; 3.3 The charge current density-total energy current density pair; 4 Physical interpretation; 4.1 Thermoelectric heats 5 Thermomagnetic and galvanomagnetic effects5.1 Transport equations in the presence of a uniform magnetic field; 5.2 Transport of magnetization; 6 Solutions of the transport equations for homogeneous thermoelectrics; 6.1 Homogeneous thermoelectrics with constant material parameters; 6.2 Figure of merit of the material; 6.3 Coefficient of performance; 6.4 Efficiency coefficient; 6.5 Homogeneous thermoelectrics with T-dependent material parameters; 7 Solutions of the transport equations for inhomogeneous thermoelectrics; 7.1 Segmented thermoelectrics 7.2 Coefficient of performance, efficiency and figure of merit of a heterostructure with N segments7.3 Constrained-functional approach to device optimization; 8 Onsager's reciprocal relations in irreversible processes; 8.1 Thermodynamic description of fluctuations; 8.2 Statistical description of fluctuations; Part II Quantum theory; 9 Microscopic description of thermoelectric phenomena; 9.1 Slow and rapid perturbation; 9.2 Response to a diffusion force; 9.3 Response to a thermal force; 10 Calculation of the response to an applied field; 10.1 Linear response to an electrical force 10.2 Linear response to a thermal force10.3 Equivalence to Kubo formula; 11 Current density operators; 11.1 Charge current density operators for continuous models; 11.2 Energy current density operators for continuous models; 11.3 Discrete models for the description of correlated systems; 11.4 Charge current density operators for discrete models; 11.5 Energy current density operators for discrete models; 12 Jonson-Mahan theorem; Part III Comparison of theory and experiment; 13 Kondo effect in dilute alloys; 13.1 Introduction to the Kondo problem; 13.2 Experiments on dilute Kondo alloys 13.3 Single-impurity models13.4 Solution of the Kondo problem by perturbative scaling; 13.5 Comparison of scaling results with experimental data; 14 Rare-earth intermetallics: heavy fermions and valence fluctuators; 14.1 High-temperature experiments; 14.2 Low-temperature experiments; 14.3 Theoretical description of heavy fermions and valence fluctuators at high temperature; 14.4 Theoretical description of heavy fermions and valence fluctuators at low temperature; 14.5 The Fermi liquid approach; 14.6 The Fermi liquid laws and the universal ratios; 15 First-principles approaches Thermoelectricity. http://id.loc.gov/authorities/subjects/sh85134791 Thermoélectricité. SCIENCE Physics Electricity. bisacsh SCIENCE Physics Electromagnetism. bisacsh Thermoelectricity fast |
| subject_GND | http://id.loc.gov/authorities/subjects/sh85134791 |
| title | Modern theory of thermoelectricity / |
| title_auth | Modern theory of thermoelectricity / |
| title_exact_search | Modern theory of thermoelectricity / |
| title_full | Modern theory of thermoelectricity / Veljko Zlatić, René Monnier. |
| title_fullStr | Modern theory of thermoelectricity / Veljko Zlatić, René Monnier. |
| title_full_unstemmed | Modern theory of thermoelectricity / Veljko Zlatić, René Monnier. |
| title_short | Modern theory of thermoelectricity / |
| title_sort | modern theory of thermoelectricity |
| topic | Thermoelectricity. http://id.loc.gov/authorities/subjects/sh85134791 Thermoélectricité. SCIENCE Physics Electricity. bisacsh SCIENCE Physics Electromagnetism. bisacsh Thermoelectricity fast |
| topic_facet | Thermoelectricity. Thermoélectricité. SCIENCE Physics Electricity. SCIENCE Physics Electromagnetism. Thermoelectricity |
| url | https://search.ebscohost.com/login.aspx?direct=true&scope=site&db=nlebk&AN=802356 |
| work_keys_str_mv | AT zlaticveljko moderntheoryofthermoelectricity AT monnierrene moderntheoryofthermoelectricity |