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Introduction to Laser Technology

Fourth Edition

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This introductory text is the only one available that elucidates the physics and engineering principles relevant to all lasers. As lasers gain prominence in our high-tech world, many technicians and engineers who work with them often lack formal training in electro-optics, leading to inefficient use of these vital tools. The Fourth Edition provides a comprehensive understanding of laser functionality and limitations, guiding readers on selecting the appropriate laser for various applications and how to enhance laser performance. With a blend of clarity and technical depth, it covers the characteristics and applications of commercial lasers globally, alongside discussions on light, optics, fundamental laser elements, and modification techniques. The updated edition features new chapter-end problems and expanded content on topics such as material and wavelength, diode laser arrays, quantum-cascade lasers, fiber lasers, thin-disk and slab lasers, ultrafast fiber lasers, Raman lasers, quasi-phase matching, and optically pumped semiconductor lasers. This resource is ideal for students, technicians, engineers, and professionals seeking a thorough introduction to laser technology.

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Introduction to Laser Technology, C. Breck Hitz, James J. Ewing, Jeff Hecht

Taal
Jaar van publicatie
2012
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(Hardcover)
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Titel
Introduction to Laser Technology
Ondertitel
Fourth Edition
Taal
Engels
Jaar van publicatie
2012
Formaat
Hardcover
Aantal pagina's
310
ISBN10
0470916206
ISBN13
9780470916209
Reeks
Beoordeling
4,5 van 5
Aantekening
This introductory text is the only one available that elucidates the physics and engineering principles relevant to all lasers. As lasers gain prominence in our high-tech world, many technicians and engineers who work with them often lack formal training in electro-optics, leading to inefficient use of these vital tools. The Fourth Edition provides a comprehensive understanding of laser functionality and limitations, guiding readers on selecting the appropriate laser for various applications and how to enhance laser performance. With a blend of clarity and technical depth, it covers the characteristics and applications of commercial lasers globally, alongside discussions on light, optics, fundamental laser elements, and modification techniques. The updated edition features new chapter-end problems and expanded content on topics such as material and wavelength, diode laser arrays, quantum-cascade lasers, fiber lasers, thin-disk and slab lasers, ultrafast fiber lasers, Raman lasers, quasi-phase matching, and optically pumped semiconductor lasers. This resource is ideal for students, technicians, engineers, and professionals seeking a thorough introduction to laser technology.