Photonics and Laser Engineering: Principles, Devices, and Applications
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A comprehensive guide to physical optics, light, fiber optics, and other laser applications This indispensable photonics and laser engineering resource provides the background in theoretical physics necessary to understand engineering applications of lasers and optics. The step-by-step introduction of information, from theories to applications, facilitates understanding of the complex material covered. Photonics and Laser Engineering summarizes relevant theories of geometric, quantum optics, and laser physics, connecting these theories to applications in areas such as fiber optics, resonators,...
A comprehensive guide to physical optics, light, fiber optics, and other laser applications This indispensable photonics and laser engineering resource provides the background in theoretical physics necessary to understand engineering applications of lasers and optics. The step-by-step introduction of information, from theories to applications, facilitates understanding of the complex material covered. Photonics and Laser Engineering summarizes relevant theories of geometric, quantum optics, and laser physics, connecting these theories to applications in areas such as fiber optics, resonators, and semiconductor lasers. Each chapter contains equations, illustrations, sample problems, and solutions. An eight-page color insert is included.
