Electrical Properties of Materials
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Electrical Properties of Materials
Solymar, Prof Laszlo; Syms, Prof Richard; Walsh, Donald
Oxford University Press
11/2024
640
Dura
9780198920984
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
1: The electron as a particle
2: The electron as a wave
3: The electron
4: The hydrogen atom and the periodic table
5: Bonds
6: The free electron theory of metals
7: The band theory of solids
8: Semiconductors
9: Principles of semiconductor devices
10: Dielectric materials
11: Magnetic materials
12: Lasers
13: Optoelectronics
14: Superconductivity
15: Metamaterials
Epilogue
Appendix I: Organic semiconductors
Appendix II: Nobel laureates Appendix V: Thermoelectricity
Appendix III: Physical constants
Appendix IV: Variational calculus. Derivation of Euler s equation
Appendix V: Thermoelectricity
Appendix VI: Principles of the operation of computer memories
Appendix VII: Medical imaging
Appendix VIII: Suggestions for further reading
Answers to exercises
2: The electron as a wave
3: The electron
4: The hydrogen atom and the periodic table
5: Bonds
6: The free electron theory of metals
7: The band theory of solids
8: Semiconductors
9: Principles of semiconductor devices
10: Dielectric materials
11: Magnetic materials
12: Lasers
13: Optoelectronics
14: Superconductivity
15: Metamaterials
Epilogue
Appendix I: Organic semiconductors
Appendix II: Nobel laureates Appendix V: Thermoelectricity
Appendix III: Physical constants
Appendix IV: Variational calculus. Derivation of Euler s equation
Appendix V: Thermoelectricity
Appendix VI: Principles of the operation of computer memories
Appendix VII: Medical imaging
Appendix VIII: Suggestions for further reading
Answers to exercises
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
1: The electron as a particle
2: The electron as a wave
3: The electron
4: The hydrogen atom and the periodic table
5: Bonds
6: The free electron theory of metals
7: The band theory of solids
8: Semiconductors
9: Principles of semiconductor devices
10: Dielectric materials
11: Magnetic materials
12: Lasers
13: Optoelectronics
14: Superconductivity
15: Metamaterials
Epilogue
Appendix I: Organic semiconductors
Appendix II: Nobel laureates Appendix V: Thermoelectricity
Appendix III: Physical constants
Appendix IV: Variational calculus. Derivation of Euler s equation
Appendix V: Thermoelectricity
Appendix VI: Principles of the operation of computer memories
Appendix VII: Medical imaging
Appendix VIII: Suggestions for further reading
Answers to exercises
2: The electron as a wave
3: The electron
4: The hydrogen atom and the periodic table
5: Bonds
6: The free electron theory of metals
7: The band theory of solids
8: Semiconductors
9: Principles of semiconductor devices
10: Dielectric materials
11: Magnetic materials
12: Lasers
13: Optoelectronics
14: Superconductivity
15: Metamaterials
Epilogue
Appendix I: Organic semiconductors
Appendix II: Nobel laureates Appendix V: Thermoelectricity
Appendix III: Physical constants
Appendix IV: Variational calculus. Derivation of Euler s equation
Appendix V: Thermoelectricity
Appendix VI: Principles of the operation of computer memories
Appendix VII: Medical imaging
Appendix VIII: Suggestions for further reading
Answers to exercises
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
