Physics of optoelectronics / Michael A. Parker.

By: Parker, Michael APublisher: Boca Raton, FL : Taylor & Francis, 2005Description: xvi, 742 p. : ill. ; 26 cmISBN: 0824753852Other title: OptoelectronicsSubject(s): Telecommunication EngineeringDDC classification: 621.381045,PAR Online resources: Publisher description
Contents:
Introduction to Semiconductor Lasers (Page-2), Introduction to Laser Dynamics (Page-47), Classical Electromagnetic and Lasers (Page-108), Mathematical Foundations (Page-197), Fundamentals of Dynamics (Page-257),Light (Page-353), Matter 'Alight Interaction (Page-480), Semiconductor Emitters and Detectors (Page-611), Review of Integrating Factors (Page-681), Rate and Continuity Equations (Page-683), The Group Velocity (Page-685), Review of Probability Theory and Statistics (Page-693),The Dirac Delta Function (Page-701), Coordinate Representations of the Schrodinger Wave Equation (Page-713), Integrals with Two Time Scales (Page-715), The Dipole Approximation (Page-719 ), The Density Operator and the Boltzmann Distribution (Page-723).
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Item type Current location Home library Shelving location Call number URL Status Notes Date due Barcode Item holds
Reference Reference Military College of Signals (MCS)
Military College of Signals (MCS)
Reference 621.381045,PAR (Browse shelf) Link to resource Not for loan Almirah No.21, Shelf No.2 MCS32403
Total holds: 0

Introduction to Semiconductor Lasers (Page-2), Introduction to Laser Dynamics (Page-47), Classical Electromagnetic and Lasers (Page-108), Mathematical Foundations (Page-197), Fundamentals of Dynamics (Page-257),Light (Page-353), Matter 'Alight Interaction (Page-480), Semiconductor Emitters and Detectors (Page-611), Review of Integrating Factors (Page-681), Rate and Continuity Equations (Page-683), The Group Velocity (Page-685), Review of Probability Theory and Statistics (Page-693),The Dirac Delta Function (Page-701), Coordinate Representations of the Schrodinger Wave Equation (Page-713), Integrals with Two Time Scales (Page-715), The Dipole Approximation (Page-719 ), The Density Operator and the Boltzmann Distribution (Page-723).

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