-
1 non-optical holography
Макаров: неоптическая голографияУниверсальный англо-русский словарь > non-optical holography
-
2 holography
б) процесс записи, получения или формирования голограмм- additive holography
- bistatic holography
- black-and-white holography
- color holography
- computer-generated holography
- correlation holography
- difference holography
- digital holography
- electronic holography
- Fourier holography
- Fraunhofer holography
- frequency swept holography
- Fresnel holography
- Gabor holography
- infrared holography
- in-line holography
- interferometric holography
- inverted reference-beam holography
- laser holography
- lensless holography
- light holography
- long-range holography
- long-wave holography
- magnetic holography
- magnetooptic holography
- microscopic holography
- microwave holography
- moving-target holography
- multicolor holography
- multiple-exposed holography
- non-real-time holography
- off-axis holography
- on-axis holography
- optical holography
- panoramic holography
- phase holography
- phase-object holography
- polarization holography
- pulse holography
- pulsed-laser holography
- reflection holography
- RF holography
- scanned holography
- scanned-beam holography
- scanned-receiver holography
- seismic holography
- simple flash holography
- single-beam holography
- space-invariant holography
- subfringe interferometric holography
- subtractive holography
- temporal reference holography
- thermoplastic holography
- three-dimensional holography
- two-beam holography
- two-dimensional holography
- ultrasonic holography
- ultraviolet holography
- volume holography
- weak-signal-enhancement holography
- white-light holography
- wide-angle holography
- X-ray holography -
3 holography
б) процесс записи, получения или формирования голограмм•- additive holography
- bistatic holography
- black-and-white holography
- color holography
- computer-generated holography
- correlation holography
- difference holography
- digital holography
- electronic holography
- Fourier holography
- Fraunhofer holography
- frequency swept holography
- Fresnel holography
- Gabor holography
- infrared holography
- in-line holography
- interferometric holography
- inverted reference-beam holography
- laser holography
- lensless holography
- light holography
- long-range holography
- long-wave holography
- magnetic holography
- magnetooptic holography
- microscopic holography
- microwave holography
- moving-target holography
- multicolor holography
- multiple-exposed holography
- non-real-time holography
- off-axis holography
- on-axis holography
- optical holography
- panoramic holography
- phase holography
- phase-object holography
- polarization holography
- pulse holography
- pulsed-laser holography
- reflection holography
- RF holography
- scanned holography
- scanned-beam holography
- scanned-receiver holography
- seismic holography
- simple flash holography
- single-beam holography
- space-invariant holography
- subfringe interferometric holography
- subtractive holography
- temporal reference holography
- thermoplastic holography
- three-dimensional holography
- two-beam holography
- two-dimensional holography
- ultrasonic holography
- ultraviolet holography
- volume holography
- weak-signal-enhancement holography
- white-light holography
- wide-angle holography
- X-ray holographyThe New English-Russian Dictionary of Radio-electronics > holography
См. также в других словарях:
Holography — (from the Greek, ὅλος hólos whole + γραφή grafē writing, drawing) is a technique that allows the light scattered from an object to be recorded and later reconstructed so that it appears as if the object is in the same position relative to the… … Wikipedia
Optical interferometry — combines two or more light waves in an optical instrument in such a way that interference occurs between them. Early interferometers used white light sources and also monochromatic light from atomic sources (e.g., Young s double slit experiment… … Wikipedia
Optical Society of America — The Optical Society of America (OSA) is a scientific society dedicated to advancing the study of light optics and photonics in theory and application, by means of worldwide research, scientific publishing, conferences and exhibitions, partnership … Wikipedia
Computer-generated holography — (CGH) is the method of digitally generating holographic interference patterns. A holographic image can be generated e.g. by digitally computing a holographic interference pattern and printing it onto a mask or film for subsequent illumination by… … Wikipedia
List of optical topics — Probably some Wikipedia articles on topics in optics are not yet listed on this page. If you cannot find the topic you are interested in on this page, the article may nonetheless exist; you can try to find it using the Search box, or look in and… … Wikipedia
optics — /op tiks/, n. (used with a sing. v.) the branch of physical science that deals with the properties and phenomena of both visible and invisible light and with vision. [1605 15; < ML optica < Gk optiká, n. use of neut. pl. of OPTIKÓS; see OPTIC,… … Universalium
Coherence (physics) — In physics, coherence is a property of waves that enables stationary (i.e. temporally and spatially constant) interference. More generally, coherence describes all properties of the correlation between physical quantities of a wave. When… … Wikipedia
Interferometric microscopy — or Imaging interferometric microscopy is the concept of microscopy whichis related to holography, synthetic aperture imaging, and off axis dark field illumination techniques.Interferometric microscopy allows enhancement of resolution of optical… … Wikipedia
Mirror — looking glass redirects here. For other uses, see Looking Glass (disambiguation). This article is about wave reflectors (mainly, specular reflection of visible light). For other uses, see Mirror (disambiguation). A mirror, reflecting a vase A… … Wikipedia
Digital single-lens reflex camera — Nikon D700 full frame (FX) digital SLR camera … Wikipedia
History of radar — The history of radar starts with experiments by Heinrich Hertz in the late 19th century that showed that radio waves were reflected by metallic objects. This possibility was suggested in James Clerk Maxwell s seminal work on electromagnetism.… … Wikipedia