Illumination Engineering: Design with Nonimaging Optics - Hardcover

Über die Autorin bzw. den Autor

John Koshel (Tucson, AZ), obtained Ph.D in Optics from University of Rochester in 1996. He is currently an adjunct assistant professor at University of Arizona, Optical Sciences Center. He also works as a vice president of optical engineering consulting firm, Photon Engineering, LLC. He frequently chairs at SPIE conferences and provides tutorial on the subject (nonimaging optics). He is a well respected figure in the International optical engineering community publishing numerous peer reviewed papers.

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A rare and valuable compendium of nonimaging/illumination optics written by industry experts

Within the past decade, the field of optical design has included the subfield of illumination design. Visual illumination systems include displays, lighting, and the illuminator for photocopiers. Non-visual illumination systems include solar concentrators, optical laser pump cavities, and a number of optical sensor applications. With a main focus on the use of nonimaging optics in illumination systems, this informative book introduces a number of topics that have received little coverage in previously existing literature while expanding on the fundamental limits.

Illumination Engineering: Design with Nonimaging Optics offers up an overview of the field of nonimaging and illumination optics and includes terminology, units, definitions, and descriptions of the optical components used in illumination systems. Editor R. John Koshel – a prominent figure in this field – provides material within the theoretical domain, including étendue, étendue squeezing, and the skew invariant while focusing on a growing number of applications.

Presenting a wealth of material in an increasingly important area, this book provides:

• Cutting-edge material in the field of nonimaging and illumination optics from experts within the field

• A wide number of topics for practicing engineers and scientists to expand their knowledge into subfields within nonimaging and illumination optics

• Extensive references that readers can employ to expand upon the presentations herein

Illumination Engineering: Design with Nonimaging Optics is an ideal source for practicing illumination engineers and scientists, and graduate-level electrical engineering/optical engineering students.

Aus dem Klappentext

A rare and valuable compendium of nonimaging/illumination optics written by industry experts

Within the past decade, the field of optical design has included the subfield of illumination design. Visual illumination systems include displays, lighting, and the illuminator for photocopiers. Non-visual illumination systems include solar concentrators, optical laser pump cavities, and a number of optical sensor applications. With a main focus on the use of nonimaging optics in illumination systems, this informative book introduces a number of topics that have received little coverage in previously existing literature while expanding on the fundamental limits.

Illumination Engineering: Design with Nonimaging Optics offers up an overview of the field of nonimaging and illumination optics and includes terminology, units, definitions, and descriptions of the optical components used in illumination systems. Editor R. John Koshel – a prominent figure in this field – provides material within the theoretical domain, including étendue, étendue squeezing, and the skew invariant while focusing on a growing number of applications.

Presenting a wealth of material in an increasingly important area, this book provides:

• Cutting-edge material in the field of nonimaging and illumination optics from experts within the field

• A wide number of topics for practicing engineers and scientists to expand their knowledge into subfields within nonimaging and illumination optics

• Extensive references that readers can employ to expand upon the presentations herein

Illumination Engineering: Design with Nonimaging Optics is an ideal source for practicing illumination engineers and scientists, and graduate-level electrical engineering/optical engineering students.