Phenomena of the quantum world : Theory and concepts; Gunnar Ohlén; 2016
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Phenomena of the quantum world : Theory and concepts Upplaga 1

av Gunnar Ohlén
The purpose of this book is to present fundamental concepts in a way that successively increases the level of abstraction, as well as providing illustrative examples from nanotechnology, atomic physics and nuclear physics. For a thorough understanding, this book should be used in cinjunction with experiments carried out in practical classes. In particular, the first part of the book will most udefully be studied in parallell with courses in nanotechnology. PART 1. Waves in nanostructure -- 1. Particles and waves -- 2. The Schrödinger Equation -- 3. Steady flow : reflection, transmission and tunnelling -- 4. Bound states -- PART 2. Formalism and spherical systems -- 5. Formalism -- 6. Approximate methods -- 7. Spherical symmetry -- 8. The hydrogen atom -- 9. Nuclear structure -- Appendix A. Nuclear structure -- Appendix B. Schrödinger's cat
The purpose of this book is to present fundamental concepts in a way that successively increases the level of abstraction, as well as providing illustrative examples from nanotechnology, atomic physics and nuclear physics. For a thorough understanding, this book should be used in cinjunction with experiments carried out in practical classes. In particular, the first part of the book will most udefully be studied in parallell with courses in nanotechnology. PART 1. Waves in nanostructure -- 1. Particles and waves -- 2. The Schrödinger Equation -- 3. Steady flow : reflection, transmission and tunnelling -- 4. Bound states -- PART 2. Formalism and spherical systems -- 5. Formalism -- 6. Approximate methods -- 7. Spherical symmetry -- 8. The hydrogen atom -- 9. Nuclear structure -- Appendix A. Nuclear structure -- Appendix B. Schrödinger's cat
Upplaga: 1a upplagan
Utgiven: 2016
ISBN: 9789177530589
Förlag: Lund University
Format: Häftad
Språk: Engelska
Sidor: 215 st
The purpose of this book is to present fundamental concepts in a way that successively increases the level of abstraction, as well as providing illustrative examples from nanotechnology, atomic physics and nuclear physics. For a thorough understanding, this book should be used in cinjunction with experiments carried out in practical classes. In particular, the first part of the book will most udefully be studied in parallell with courses in nanotechnology. PART 1. Waves in nanostructure -- 1. Particles and waves -- 2. The Schrödinger Equation -- 3. Steady flow : reflection, transmission and tunnelling -- 4. Bound states -- PART 2. Formalism and spherical systems -- 5. Formalism -- 6. Approximate methods -- 7. Spherical symmetry -- 8. The hydrogen atom -- 9. Nuclear structure -- Appendix A. Nuclear structure -- Appendix B. Schrödinger's cat
The purpose of this book is to present fundamental concepts in a way that successively increases the level of abstraction, as well as providing illustrative examples from nanotechnology, atomic physics and nuclear physics. For a thorough understanding, this book should be used in cinjunction with experiments carried out in practical classes. In particular, the first part of the book will most udefully be studied in parallell with courses in nanotechnology. PART 1. Waves in nanostructure -- 1. Particles and waves -- 2. The Schrödinger Equation -- 3. Steady flow : reflection, transmission and tunnelling -- 4. Bound states -- PART 2. Formalism and spherical systems -- 5. Formalism -- 6. Approximate methods -- 7. Spherical symmetry -- 8. The hydrogen atom -- 9. Nuclear structure -- Appendix A. Nuclear structure -- Appendix B. Schrödinger's cat
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