2017
DOI: 10.1134/s0030400x17120025
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A Holographic Prism Based on Photo-Thermo-Refractive Glass: Requirements and Possibilities

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Cited by 6 publications
(3 citation statements)
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“…голографические призмы на основе мультиплексных брэгговских решеток (более 20 решеток, записанных в единичном объеме) для калибровки высокоточных угловых приборов (совместно с концерном " ЦНИИ " Электроприбор") [30]; изображающие голографические метки для коллиматорных голографических прицелов [31];…”
Section: фото-терморефрактивные стеклаunclassified
“…голографические призмы на основе мультиплексных брэгговских решеток (более 20 решеток, записанных в единичном объеме) для калибровки высокоточных угловых приборов (совместно с концерном " ЦНИИ " Электроприбор") [30]; изображающие голографические метки для коллиматорных голографических прицелов [31];…”
Section: фото-терморефрактивные стеклаunclassified
“…2. Holographic prisms based on multiplex Bragg gratings (more than 20 gratings recorded in a unit volume) for calibration of high-precision angle devices (jointly with Concern CSRI Elektropribor) [30].…”
Section: Photothermorefractive Glassesmentioning
confidence: 99%
“…Two-beam interferometers for recording holographic gratings are widely in demand in various fields of holography and photonics. For example, when studying the properties of photopolymer materials and holograms recorded in them [1,2], when creating holographic prisms in photorefractive materials by recording superimposed gratings [3], when recording arrays of Bragg gratings in optical fibers (FBG) as sensors of the physical state of the fiber [4] or inclined FBG [5] and in other applications, the tuning of the lattice period is important. In these cases, each tuning is carried out by changing the angle of convergence of the interfering beams (hereinafter partial beams -PBs), for which the alignment of the mirrors directing these beams to the photosensitive object (PSO) is performed, and the position of this object is corrected.…”
mentioning
confidence: 99%