Photonics

Photonics

Detalles Bibliográficos
Autor principal: Trull, José (-)
Formato: Libro electrónico
Idioma:Inglés
Publicado: Madrid : Universitat Politècnica de Catalunya 2021.
Edición:1st ed
Colección:Ciències Aplicades ; 58.
Materias:
Ciencias aplicadas.
Fotónica.
Libros electrónicos.
Ver en Biblioteca Universitat Ramon Llull:https://discovery.url.edu/permalink/34CSUC_URL/1im36ta/alma991009662358906719
Tabla de Contenidos:
  • PHOTONICS: AN INTRODUCTORY COURSE
  • PÁGINA LEGAL
  • INDEX
  • PREFACE
  • 1. FUNDAMENTAL PROPERTIES OF LIGHT
  • INTRODUCTION
  • 1.1 CLASSICAL DESCRIPTION OF LIGHT WAVES
  • 1.2 BASIC SOLUTIONS TO THE SCALAR WAVE (...)
  • 1.3 VECTOR REPRESENTATION OF LIGHT WAVES. (...)
  • 1.4 CONSERVATION OF ENERGY. INTENSITY
  • 1.5 MOMENTUM RELATIONS AND RADIATION PRESSURE
  • 1.6 SOLVED PROBLEMS
  • 1.7 PROPOSED PROBLEMS
  • 2. BASIC MODELS FOR OPTICAL BEAMS
  • INTRODUCTION
  • 2.1 HELMHOLTZ EQUATION FOR OPTICAL BEAMS
  • 2.2 PARAXIAL WAVE EQUATION FOR OPTICAL (...)
  • 2.3 BASIC SOLUTIONS TO THE PARAXIAL WAVE (...)
  • 2.4 BASIC PROPERTIES OF GAUSSIAN BEAMS
  • 2.5 THE EFFECT OF A LENS ON A GAUSSIAN (...)
  • 2.6 GENERAL SOLUTIONS TO THE PARAXIAL WAVE (...)
  • 2.7 SOLVED PROBLEMS
  • 2.8 PROPOSED PROBLEMS
  • 3. LIGHT EMISSION AND LIGHT-MATTER INTERACTION
  • INTRODUCTION
  • 3.1 LIGHT EMISSION FROM A DIPOLE
  • 3.2 RADIATION PROPERTIES OF HARMONIC DIPOLES
  • 3.3 INTERACTION OF A SINGLE ATOM WITH AN (...)
  • 3.4 MAXWELL EQUATIONS IN MACROSCOPIC MEDIA
  • 3.5 ENERGY RELATIONS IN MATERIAL MEDIA
  • 3.6 SOLVED PROBLEMS
  • 3.7 PROPOSED PROBLEMS
  • 4. CRYSTAL OPTICS
  • INTRODUCTION
  • 4.1 NORMAL MODES OF PROPAGATION IN (...)
  • 4.2 POLARIZATION STATE OF THE NORMAL MODES
  • 4.3 RAY PROPAGATION IN UNIAXIAL CRYSTALS
  • 4.4 APPLICATIONS OF WAVE PROPAGATION IN (...)
  • 4.5 SOLVED PROBLEMS
  • 4.6 PROPOSED PROBLEMS
  • 5. LIGHT PULSE PROPAGATION
  • INTRODUCTION
  • 5.1 MATHEMATICAL DESCRIPTION OF LIGHT PULSES
  • 5.2 PULSE DURATION AND BANDWIDTH
  • 5.3 INSTANTANEOUS FREQUENCY AND CHIRP
  • 5.4 OPTICAL PULSE PROPAGATION IN DISPERSIVE (...)
  • 5.5 SOLVED PROBLEMS
  • 5.6 PROPOSED PROBLEMS
  • 6. BASIC DIFFRACTION PHENOMENA
  • INTRODUCTION
  • 6.1 ANGULAR SPECTRUM REPRESENTATION OF (...)
  • 6.2 THE CONCEPT OF SPATIAL FREQUENCY
  • 6.3 THE CONNECTION BETWEEN THE ANGULAR (...).
  • 6.4 DIFFRACTION THEORY IN THE FRESNEL AND (...)
  • 6.5 FOURIER TRANSFORMS BY LENSES: INTRODUCTION (...)
  • 6.6 RESOLUTION LIMIT IN OPTICAL SYSTEMS
  • 6.7 DIFFRACTION FROM AN ARRAY OF PERIODIC (...)
  • 6.8 SOLVED PROBLEMS
  • 6.9 PROPOSED PROBLEMS
  • APPENDIX A THE LASER
  • APPENDIX B CLASSICAL RADIATION FROM ELEMENTARY (...)
  • APPENDIX C LORENTZ MODEL OF ELECTRON OSCILLATION
  • APPENDIX D BASIC PROPERTIES OF FOURIER (...)
  • APPENDIX E. DIFFRACTION PATTERN FROM A (...)
  • APPENDIX F FOURIER TRANSFORMS BY LENSES
  • BIBLIOGRAPHY
  • GENERAL REFERENCE BOOKS IN OPTICS AND PHOTONICS
  • ADVANCED BOOKS ON SPECIALIZED TOPICS
  • HANDBOOKS OF OPTICS.

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