Practical volume holography
著者
書誌事項
Practical volume holography
（The Oxford engineering science series, 24）
Clarendon Press , Oxford University Press, 1990
- : est.
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注記
Includes bibliographical references
内容説明・目次
内容説明
Holography is a science that is best known for the three-dimensional images it gives. The aim of this book is to encapsulate the experience of the Oxford Holography Group in the distinct, but, as yet, little documented field of volume holography. The book concentrates on the problems involved in volume holography with real materials. The underlying theory is covered and experimental aspects are discussed, including the selection of equipment, suitable materials, and the recording, processing and testing of holograms. Many results from real holograms are described, and a wide range of applications are reviewed.
目次
- Historical background - what is a volume hologram - a first look at gratings - thick periodic structures - two-step processing - volume holography - a brief survey of applications - the organization of the book
- coupled wave theory - the volume holographic problem - recording the hologram - the coupled wave equations - the diffraction regimes of transmission gratings - two-wave theory - vectorial theory
- alternative theories - other methods of solution - transparency theory and the optical path method - modal theory - path integration - rigorous methods - non-uniform gratings - two and three-dimensional theory
- experimental holography - practical techniques - the recording source - laser types - the holographic set-up - testing holograms
- materials for volume holography - the general characteristics of holographic material - photographic emulsion - dichromated gelatin - photopolymers - photoresist - photochromics - photorefractives
- planar transmission and reflection holograms - early experiments - what really is inside a volume hologram? - non-linearity, dispersion and non-uniformity - vector effects and internal reflections - optically thin and multilayer holograms
- superimposed holograms and multiple gratings - sequential and simultaneous recording - general theory for two superimposed gratings - diffraction by two superimposed gratings - spurious waves - N superimposed gratings - holograms of diffuse objects
- noise gratings - what is a noise grating? - holograms recorded with a single beam - two-beam recording - quantitative analysis - far-field diffraction patterns
- optical elements - holographic lenses and mirrors - simple theory of holographic imaging - aberration theory and ray tracing - imaging with volume holographic optical elements - applications
- pictorial holography - improving on the basic display holograms - how does a display hologram work? - advanced recording geometries - multicolour holograms - white-light-viewable transmission holograms - applications
- gratings in guided wave optics - the principle of wave guidance - co- and contra directional filters - beam deflectors - grating couplers and waveguide holograms - distributed feedback lasers
- mass-production - replication - copying holograms - methods for surface gratings in integrated optics. Appendices.
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