High-efficiency multiplex holograms based on Diffen polymeric material

Andreeva, O. V.; Bandyuk, O. V.; Kushnarenko, A. P.; Paramonov, A.; Lesnichii, V. V.; Nacharov, A. P.; Андреева, Н. В.

doi:10.1364/jot.73.000625

Cited by 3 publications

(1 citation statement)

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“…These are above all work on exploring new photosensitive materials: photopolymers [5,6], liquid crystals [7][8][9], colloidal suspensions of metal nanoparticles [10], organic and inorganic films [11,12], photorefractive crystals [13]; on designing memory, encoding and decoding devices based on multiplexed holograms [10,[14][15][16], controlled spectral optical filters [17], static Fourier transform spectrometers of visible and near-IR spectral ranges [18], oneand two-dimensional relief submicron rasters based on chalcogenide glassy semiconductors [19], and other applications, e.g., [20]. The above references do not exhaust the list of relevant studies of the issue but they are merely illustrative of the very wide range of possible applications of the HIFM.…”

Section: Beam Path In the Holographic Interferometer With Fixed Mirrorsmentioning

confidence: 99%

Reconfigurable holographic interferometer with fixed mirrors

Mikerin

Ugozhaev

2012

Optoelectron.Instrument.Proc.

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The configuration of a two-beam interferometer with fixed inclined mirrors for recording holographic gratings is described. The convergence angle of the partial beams is adjusted in the range from 0 to 180 • by changing the angle of incidence of the primary beam on the entry edge of the beam-splitting cube without additional adjustment of the mirrors. The path lengths of the interfering beams are automatically aligned by the mirror symmetry of the system. The optimal kinematics of adjusting the convergence angle is found that allows working with beams of sufficiently large diameter in the whole range of adjustment. The interferometer is highly resistive to vibration due to lack of adjustment devices.

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Section: Beam Path In the Holographic Interferometer With Fixed Mirrorsmentioning

confidence: 99%

Reconfigurable holographic interferometer with fixed mirrors

Mikerin

Ugozhaev

2012

Optoelectron.Instrument.Proc.

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Holographic polymer materials with diffusion development: Principles, arrangement, investigation, and applications

Вениаминов

Mahilny

2013

Opt. Spectrosc.

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Highly efficient volume hologram multiplexing in thick dye-doped jelly-like gelatin

2014

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Dye-doped jelly-like gelatin is a thick-layer self-developing photosensitive medium that allows single and multiplexed volume phase holograms to be successfully recorded using pulsed laser radiation. In this Letter, we present a method for multiplexed recording of volume holograms in a dye-doped jelly-like gelatin, which provides significant increase in their diffraction efficiency. The method is based on the recovery of the photobleached dye molecule concentration in the hologram recording zone of gel, thanks to molecule diffusion from other unexposed gel areas. As an example, an optical recording of a multiplexed hologram consisting of three superimposed Bragg gratings with mean values of the diffraction efficiency and angular selectivity of ∼75% and ∼21^', respectively, is demonstrated by using the proposed method.

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High-efficiency multiplex holograms based on Diffen polymeric material

Cited by 3 publications

References 0 publications

Reconfigurable holographic interferometer with fixed mirrors

Reconfigurable holographic interferometer with fixed mirrors

Holographic polymer materials with diffusion development: Principles, arrangement, investigation, and applications

Highly efficient volume hologram multiplexing in thick dye-doped jelly-like gelatin

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