Holographic scanning
Author(s)
Bibliographic Information
Holographic scanning
（Wiley series in pure and applied optics）
Wiley, c1988
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Note
Bibliography: p. 217-227
Includes index
Description and Table of Contents
Description
"Holographic Scanning" is a review of the spectrum of holographic scanning techniques. The principles of scanning designs are explained and a survey is given of the current work of investigators in this field. Design options and fulfilment of design objectives are organized functionally for easier comparison. The comprehensive approach to scanned resolution provides a unified interpretation for holographic and conventional techniques. Descriptions are given of remote sensing, display imaging, information handling, business graphics, and view and data storage. In addition, a new analytic tool is introduced: the Conformal Ray Surface, which allows rapid heuristic appreciation of otherwise complex spatial functions.
Table of Contents
- Part 1 Optical Scanning. Part 2 Characteristics of Holographic Scanning: Characteristics of the Scan Regions
- Condition of Objective Lens on Rotating Substrate
- Relationship of Substrate Surface to Axis. Part 3 Holographic Basics and Techniques: Wavefront and Ray Direction Conventions
- The Zone Lens
- Generalized Zone Lens. Part 4 Holographic Scan Techniques: Illumination-Boundary Constraints
- Rotating Disks
- Reflection Holographic Scanners Exposed from Same Side of Substrate. Part 5 Mechanical-Optical Integrity: Translational Error: Output Beam Non-Normal to Diffractive Surface
- Scan Linearity
- Substrate Angular and Translational Errors. Appendices: Historical Review of Holographic Scanning
- Annotated Translation of "Laser Beam Deflector Utilizing Transmission Holograms" by M. Antipin and N. Kislev
- Scan-Line Bow Minimization - Annotated Abstract from US Patent #4,289,371 by C. Kramer.
by "Nielsen BookData"
