Provides the first book to offer broad coverage of real-world laser beam shaping applicationsExposes the theoretical and technical subtleties involved in beam shaping through proven applicationsReviews beam shaping theory and techniques as well as the history of beam shapingContains abundant illustrations, including a two-page color insert, and extensive references for more in-depth studyIncludes an extensive discussion of beam shaping for the electronics industry
The practice of shaping the irradiance profile of laser beams goes back more than three decades, and the applications of beam shaping are as diverse as they are numerous. However, until Dickey and Holswade's groundbreaking and highly popular Laser Beam Shaping: Theory and Techniques was published, there was no single, detailed treatment available on the underlying theory and basic techniques of beam shaping. Building on the foundations of this previous work, these esteemed editors have teamed with recognized expert David L. Shealy to produce the first in-depth account of beam shaping applications and design.
Laser Beam Shaping Applications details the important features of beam shaping and exposes the subtleties of the theory and techniques that are best demonstrated through proven applications. In chapters contributed by prominent, active leaders in their respective specialties, the book discusses applications in lithography, laser printing, optical data storage, stable isotope separation, adaptive mirrors, and spatially dispersive lasers. The contributors share major insights, knowledge, and experience, reveal the advantages of the technologies, and include extensive references to the literature. The book concludes with a summary of beam shaping theory and techniques as well as the history of the field.
Providing practical expertise, Laser Beam Shaping Applications is an extremely helpful guide to improving current laser processes, optimizing application-specific technologies, and advancing future development in the field.
Table of Contents
Illuminators for Microlithography, Paul Michaloski
Laser Beam Shaping in Array-Type Laser Printing Systems, Andrew F. Kurtz and Daniel D. Haas
Practical UV Excimer Laser Image System Illuminators, Jeffrey P. Sercel and Michael von Dadelszen
Beam Shaping for Optical Data Storage, Edwin P. Walker and Tom D. Milster
Isotope Separation with Infrared Laser Beams, Andrew Forbes and Lourens Botha
Laser Beam Shaping by Means of Flexible Mirrors, T.Yu. Cherezova and A.V. Kudryashov
Application of Laser Beam Shaping for Spectral Control of "Spatially Dispersive" Lasers, I.S Moskalev, V.V. Fedorov, S.B. Mirov, T.T. Basiev, and P.G. Zverev
Beam Shaping: A Review, Fred M. Dickey and Scott C. Holswade
History of Beam Shaping, David L. Shealy