KEYWORDS: Video, Light emitting diodes, Roentgenium, Control systems, Clocks, Binary data, Information visualization, Visualization, Analog electronics, Video processing
Modern world achievements in the area of video-information output devices are analyzed, as optic-electronically geoinformation power system component, particularly the large image colored video screens. The lacks of the two-coordinate addressing system widespread which provide a minimum control channels by indicators are considered. The structures of the matrices light-emitting diodes typesetting video screens which there are no lacks of the addressing system are offered and problems concerning synthesis of video data visualization means based on logic-time functions as well as classic theory of controlling automatons.
The principles of construction of various types of spectrometers used for x-ray fluorescence are considered, their advantages and disadvantages are analyzed. An approach to the implementation of the wavelength dispersive spectrometer is proposed, which allows to reduce the time of spectral analysis in the entire range of the x-ray fluorescence.
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