Holography: A Practical ApproachJohn Wiley & Sons, 01.10.2007 - 337 Seiten From fundamentals to advanced experiments and applications, this book explains how holography works. It guides students from simple optics to advanced topics in holography, following a practical approach using real-world materials. This proven university textbook contains exercises plus solutions as well as instructions for more than 20 experiments. |
Inhalt
General View of Holography | 9 |
A Practical Approach Gerhard K Ackermann and Jürgen Eichler | 29 |
Holograms of Holographic Images | 39 |
Optical Properties of Holographic Images | 49 |
Types of Holograms | 59 |
Basic Experiments | 73 |
Basic Experiments in the Holographic Laboratory | 105 |
Experimental Setups for SingleBeam Holography | 125 |
Application of Holography | 201 |
Holographic Optical Elements | 217 |
Security and Packing | 229 |
Holography and Information Technology | 237 |
Holography and Communication | 245 |
Holography Novel Art Medium | 253 |
Holography in Technology and Architecture | 265 |
A Wave Functions and Complex Numbers | 275 |
Advanced Experiments and Materials | 137 |
Experimental Setups for Holograms of Holographic Images | 147 |
Other Methods in Holography | 159 |
Properties of Holographic Emulsions | 169 |
Recording Media for Holograms | 179 |
B Bragg Diffraction | 281 |
Solutions to the Problems | 293 |
| 311 | |
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2007 WILEY-VCH Verlag according to Fig Ackermann and Jürgen amplitude holograms beam splitter bleaching Bragg Bragg angle Brewster angle calculated coherence length color density described developing diameter diffraction efficiency diffraction grating diffraction orders diffuser screen direction distance divergent emulsion equation etalon exposure focal length function glass plate gram grating constant He-Ne laser holo hologram is created holographic film holographic layer holographic plate intensity interference fringes Jürgen Eichler Copyright KGaA laser beam lens light reflection hologram light source linear polarized master hologram mirror object wave optical oscillation phase holograms photo plate photoresist plane wave position Problem production radiation rainbow hologram real image reconstructed image reconstruction wave recording reference beam reference wave refraction index rotated sensitivity setup shown in Fig Sobj spatial filter spatial frequency spectrum Sref surface thermoplastic tion transmission hologram virtual image visibility wavelength Weinheim ISBN white light reflection
