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IEEE Spectrum, 1968
The promise of producing a cathode-ray-tube type of display with essentially unlimited screen size accounts for much of the current interest in laser displays. The first display that used a laser light source to generate a television image was operated in late 1964. Since that time, a number of experimental laser display systems have been demonstrated,
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The promise of producing a cathode-ray-tube type of display with essentially unlimited screen size accounts for much of the current interest in laser displays. The first display that used a laser light source to generate a television image was operated in late 1964. Since that time, a number of experimental laser display systems have been demonstrated,
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Soviet Journal of Quantum Electronics, 1975
A description is given of an operational prototype of a laser television display unit in which the laser intensity modulation and line scanning are performed by ultrasonic (acousto-optic) Bragg cells.
A N Drozhzhin +3 more
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A description is given of an operational prototype of a laser television display unit in which the laser intensity modulation and line scanning are performed by ultrasonic (acousto-optic) Bragg cells.
A N Drozhzhin +3 more
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Speckle suppression in scanning laser display
Applied Optics, 2008The theory of speckle noise in a scanning beam is presented. The general formulas for the calculation of speckle contrast, which apply to any scanning display, are obtained. It is shown that the main requirement for successful speckle suppression in a scanning display is a narrow autocorrelation peak and low sidelobe level in the autocorrelation ...
Victor, Yurlov +4 more
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Proceedings of the IEEE, 1967
An enlarged internal laser beam was used to project high-contrast images generated on a photochromic plate positioned within a laser cavity. An opaque image on the plate caused the coherent light passing through it to be diffracted. A flat, oblique apertured mirror reflected this diffracted light out of the cavity onto a screen.
V.J. Fowler, E.S. Kohn
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An enlarged internal laser beam was used to project high-contrast images generated on a photochromic plate positioned within a laser cavity. An opaque image on the plate caused the coherent light passing through it to be diffracted. A flat, oblique apertured mirror reflected this diffracted light out of the cavity onto a screen.
V.J. Fowler, E.S. Kohn
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Information Display, 1968
Previously understood by only a small minority, laser applications are developing rapidly, as research explores future potentials and possibilities. Eight distinguished scientists meet to discuss the current state of laser display art and new directions for ...
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Previously understood by only a small minority, laser applications are developing rapidly, as research explores future potentials and possibilities. Eight distinguished scientists meet to discuss the current state of laser display art and new directions for ...
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640-nm laser diode for small laser display
SPIE Proceedings, 2009Short wavelength and highly efficient AlGaInP quantum-well laser diode is promising as a red light source for small laser display application. Two kinds of the laser diodes are presented in this paper. A narrow ridge laser diode was designed for single lateral mode.
Naoyuki Shimada +5 more
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Laser based flat panel displays
1999 IEEE LEOS Annual Meeting Conference Proceedings. LEOS'99. 12th Annual Meeting. IEEE Lasers and Electro-Optics Society 1999 Annual Meeting (Cat. No.99CH37009), 1999AbstractGemfire is developing a novel wall-mounted display technology called Polymer Switch Matrix (PSM). Featuring significant advantages in performance, manufacturability and scalability, it represents a fundamental change in the way flat panel displays are designed and manufactured.
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Holographic-laser-drawing volumetric display
2016 IEEE 14th International Conference on Industrial Informatics (INDIN), 2016We propose a holographic-laser-drawing volumetric display using a computer-generated hologram displayed on a liquid crystal spatial light modulator and multilayer fluorescent screen. The holographic-laser-drawing technique has enabled three things; (i) increasing the number of voxels of the volumetric graphics per unit time; (ii) increasing the total ...
Kota Kumagai, Yoshio Hayasaki
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Vision and lasers: human factors of laser displays
Information Display, 1968ABSTRACTThis paper discusses the visual factors of laser displays. General human factors recommendations for several visual variables are provided.
John D. Gould, Walter L. Makous
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