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Holography pdf: >> http://rnl.cloudz.pw/download?file=holography+pdf << (Download)
Holography pdf: >> http://rnl.cloudz.pw/read?file=holography+pdf << (Read Online)
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G. H. Topic 10: Applications of Holography. Aim: To review a range of applications of holography, including holo- graphic lenses and commercial holographic applications. Contents: Holographic Lens. Variations on Holographic Lens. Hologon. Head-Up display. A. P. PLIED OPTICS GROU. P. D. E. P. A. R. TMENT of PHY. S.
Basic Holography. To retain phase information we must encode complex distribution as intensity pattern. Encode by adding reference beam: Object. Holographic Plate. Object Wave. Reference Wave ?. P. 0. At P0 we have two optical distributions o x;y exp ?? x;y ! Scattered from object rexp ??xsin? ! Reference Wave where r
Chapter 2. Fundamental Principles of Holography. 2.1 Light Waves. The behaviour of light can be modelled either as a propagating electromagnetic. (e-m) wave or as a stream of massless particles known as photons. Although the models are seemingly contradictory both are necessary to fully describe the full gamut of light
Applications of Holography. Tung H. Jeong. Lake Forest College. Lake Forest, Illinois. Holography is a much broader field than most people have perceived. Recording and displaying truly three-dimensional images are only small parts of it. Holographic optical elements (HOE) can perform the functions of mirrors, lenses,
Difference between Photography and Holography. • Principle of Holography. • Properties of holograms. • Requirement for recording a hologram. • Lasers for holography. ?Holographic recording material including digital. ? Types of holograms. ? Applications of Holography. • Display. • Holographic Optical Elements (HOEs).
Abstract. The current status of holography and its applications are discussed with some historical background to place the current activity in perspective. Basic types of holograms are described together with their properties. Applications in optical image formation include photography, microscopy, image storage and image
Holography has been used as a tool to determine the 3D motion data of swimming microorganisms hence the basic principle of holography is briefly explained in this chapter. A more detailed explanation of holography can be found in the Ph.D. theses of Dr. R. Barth [1] and Dr. M. Schurmann [2] and in the Diploma thesis of.
have explored the field enthusiastically, finding numerous applications in holographic optical elements (HOE's), optical storage, imaging, and of course, visual arts. 1.1 On-axis holography. In Gabor's original work, two waves are superposed on a recording medium as shown in Fig. 1. Figure 1: Gabor's scheme for recording
HOLOGRAPHY. OCTOBER, 2006. OVERVIEW. Since the last writing (2002), many changes and improvements have been made during the past few years. Holography is now After processing, laser light or white light is directed on or through the hologram ist-socrates•berkeley•edu/ phylabs/writeupPDF/HOL•pdf.
Full-text (PDF) | Holography is the science of making holograms which are usually intended for displaying three dimensional images. It is a physical structure that diffracts light into an image. A holographic image can be seen looking into an illuminated holographic print by shining a laser throug
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