Diode Laser Arrays半導(dǎo)體激光器列陣

內(nèi)容概要

This book provides a comprehensive overview of the fundamental principles and applications of semiconductor diode laser arrays. All of the major types of arrays are discussed in detail, including coherent, incoherent, edge- and surface-emitting, horizontal- and vertical-cavity, individually addressed, lattice- matched and strained-layer systems. The initial chapters cover such topics as lasers, amplifiers, external-cavity control, theoretical modeling, and operational dynamics. Spatially incoherent arrays are then described in detail, and the uses of vertical-cavity surface emitter and edge-emitting arrays in parallel optical-signal processing and multi-channel optical recording are discussed. Researchers and graduate students in solid state physics and electrical engineering studying the properties and applications of such arrays will find this book invaluable.

書(shū)籍目錄

List of contributorsPreface1 Monolithic phase-locked semiconductor laser arrays　DAN BOTEZ　1.1 Introduction　1.2 Array modes　1.3 Arrays of positive-index guides　1.4 Arrays of antiguides　1.5 Future prospects for all-monolithic antiguided arrays　　References2 High-power coherent, semiconductor laser, master oscillator power amplifiers and amplifier arrays　 DAVID r. WELCH AND DAVID G. MEHUYS   2.1 Introduction   2.2 Monolithically integrated MOPAs and amplifier arrays   2.3 Monolithic active-grating master oscillator power amplifiers   2.4 Discrete-element MOPA performance   2.5 Integrated flared-amplifier MOPAs   2.6 Conclusions　　References3 Microoptical components applied to incoherent and coherent laser arrays　 JAMES R. LEGER　3.1 Requirements of incoherent and coherent systems　3.2 Microoptics　3.3 Coherent techniques　3.4 Incoherent techniques　3.5 Conclusion　　References4 Modeling of diode laser arrays　G. RONALD HADLEY　4.1. Introduction　4.2 Edge-emitting arrays　4.3 Vertical-cavity surface-emitting arrays　4.4 Conclusion　 Appendix　 References5 Dynamics of coherent semiconductor laser arrays HERBERT G. WINFUL AND RICHARD K. DEFREEZ　5.1 Introduction　5.2 Coupled lasers　5.3 Coupled-mode theory for laser array dynamics　5.4 A propagation model for laser array dynamics　5.5 Experimental observations　5.6 Conclusions　 References6 High-average-power semiconductor laser arrays and laser array packaging with an emphasis on pumping solid state lasers　RICHARD SOLARZ, RAY BEACH, BILL BENETT, BARRY FREITAS, MARK EMANUEL, GEORG ALBRECHT, BRIAN COMASKEY, STEVE SUTTON AND WILLIAM KRUPKE　6.1 Introduction　6.2 High-power semiconductor laser array requirements　6.3 Approaches to packaging high-average-power two-dimensional semiconductor laser arrays　6.4 Performance comparison of devices fabricated to date　6.5 Laser diode array performance　6.6 Fundamental limits to high-average-power operation and potential improvements　  References7 High-power diode laser arrays and their reliability  D. R. SCIFRES AND H. H. KUNG　7.1 Introduction　7.2 Failure mechanisms of high-power laser arrays　7.3 Lifetests of high-power diode arrays　7.4 Environmental tests of packaged diode laser arrays　7.5 Future directions for high-power diode laser array research　  References8 Strained layer quantum well heterostructure laser arrays  JAMES J. COLEMAN  8.1 Introduction  8.2 Strained layer metallurgy and critical thickness  8.3 The effects of strain on emission wavelength  8.4 Threshold current density in strained layer structures　……9 Vertical cavity surface-emitting laser arrays10 Individually addressed arrays of diode lasersIndex

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