radar display CRT - перевод на русский
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radar display CRT - перевод на русский

Storage CRT; Advanced Remote Display Station
Найдено результатов: 541
radar display CRT      

общая лексика

индикаторная ЭЛТ радиолокатора

radar display CRT      
индикаторная ЭЛТ
cathode-ray tube         
  • Braun's original cold-cathode CRT, 1897
  • Magnified view of a [[Trinitron]] (aperture grille) color CRT. A thin horizontal support wire is visible.
  • Close-up of the phosphor-coated inner side of the screen}}
  • Animation of the image construction with interlacing method
  • A CRT during an implosion
  • CRT triad and mask types
  • Wire for anode high voltage.}}{{pb}}The only visible differences are the single electron gun, the uniform white phosphor coating, and the lack of a shadow mask.
  • Spectra of constituent blue, green and red phosphors in a common CRT
  • On the left: Magnified view of In-line phosphor triads (a slot mask) CRT. On the right: Magnified view of Delta-gun phosphor triads.
  • Magnified view of a delta-gun [[shadow mask]] color CRT
  • raster]] pattern
  • Small circular CRTs during manufacture in 1947 (screens being coated with phosphor)
  • The rear of a 14-inch color cathode-ray tube showing its deflection coils and electron guns
  • [[Datapoint]] 1500 terminal with exposed chassis, with its CRT suffering from a "cataract" due to aging PVA
  • A degaussing in progress
  • Color computer monitor electron gun
  • The in-line electron guns of a color CRT TV
  • The electron gun of an oscilloscope. A pair of deflection plates is visible on the left.
  • An oscilloscope showing a [[Lissajous curve]]
  • A monochrome CRT as seen inside a [[Macintosh Plus]] computer
  • A magnet used on a CRT TV. Note the distortion of the image.
  • A portable monochrome CRT TV
  • The deflection yoke over the neck of a monochrome CRT. It has two pairs of deflection coils.
  • A monochrome CRT as seen inside a TV. The CRT is the single largest component in a CRT TV.
  • An aluminized monochrome CRT. The black matte coating is aquadag.
  • [[Mu metal]] magnetic shields for oscilloscope CRTs
  • Nimo tube BA0000-P31
  • A cathode-ray tube as found in an [[oscilloscope]]
  • The front of a Sony Watchman monochrome CRT
  • A flat monochrome CRT assembly inside a 1984 Sinclair TV80 portable TV
  • A comparison between 21-inch Superslim and Ultraslim CRT
  • The Tektronix Type 564: first mass-produced analog phosphor storage oscilloscope
  • monochrome television set]]
  • A [[Trinitron]] CRT computer monitor
VACUUM TUBE THAT CAN SHOW MOVING PICTURES, VECTOR GRAPHICS, OR LINES
Computer display/CRT; Cathode Ray Tube; Cathodic ray tube; Cathode-Ray Tube; Cathode ray tubes; Picture tube; CRT monitors; Doming (television); CRT monitor; Television picture tubes; Colour CRT; Cathod ray tube; Braun tube; CRT screen; Samsung SlimFit CRT TV; User:Johnsonm12; CRT display; Direct-view television; Monitor radiation; Cathode-ray tubes; Cathode tube; Phosphor persistence; C.R.T. T.V.; Cathode ray tube display; Cathode ray tube; CRT cataract

[kæθəud'reitju:b]

электроника

электронно-лучевая трубка

ЭЛТ

Смотрите также

CRT

cathode-ray tube         
  • Braun's original cold-cathode CRT, 1897
  • Magnified view of a [[Trinitron]] (aperture grille) color CRT. A thin horizontal support wire is visible.
  • Close-up of the phosphor-coated inner side of the screen}}
  • Animation of the image construction with interlacing method
  • A CRT during an implosion
  • CRT triad and mask types
  • Wire for anode high voltage.}}{{pb}}The only visible differences are the single electron gun, the uniform white phosphor coating, and the lack of a shadow mask.
  • Spectra of constituent blue, green and red phosphors in a common CRT
  • On the left: Magnified view of In-line phosphor triads (a slot mask) CRT. On the right: Magnified view of Delta-gun phosphor triads.
  • Magnified view of a delta-gun [[shadow mask]] color CRT
  • raster]] pattern
  • Small circular CRTs during manufacture in 1947 (screens being coated with phosphor)
  • The rear of a 14-inch color cathode-ray tube showing its deflection coils and electron guns
  • [[Datapoint]] 1500 terminal with exposed chassis, with its CRT suffering from a "cataract" due to aging PVA
  • A degaussing in progress
  • Color computer monitor electron gun
  • The in-line electron guns of a color CRT TV
  • The electron gun of an oscilloscope. A pair of deflection plates is visible on the left.
  • An oscilloscope showing a [[Lissajous curve]]
  • A monochrome CRT as seen inside a [[Macintosh Plus]] computer
  • A magnet used on a CRT TV. Note the distortion of the image.
  • A portable monochrome CRT TV
  • The deflection yoke over the neck of a monochrome CRT. It has two pairs of deflection coils.
  • A monochrome CRT as seen inside a TV. The CRT is the single largest component in a CRT TV.
  • An aluminized monochrome CRT. The black matte coating is aquadag.
  • [[Mu metal]] magnetic shields for oscilloscope CRTs
  • Nimo tube BA0000-P31
  • A cathode-ray tube as found in an [[oscilloscope]]
  • The front of a Sony Watchman monochrome CRT
  • A flat monochrome CRT assembly inside a 1984 Sinclair TV80 portable TV
  • A comparison between 21-inch Superslim and Ultraslim CRT
  • The Tektronix Type 564: first mass-produced analog phosphor storage oscilloscope
  • monochrome television set]]
  • A [[Trinitron]] CRT computer monitor
VACUUM TUBE THAT CAN SHOW MOVING PICTURES, VECTOR GRAPHICS, OR LINES
Computer display/CRT; Cathode Ray Tube; Cathodic ray tube; Cathode-Ray Tube; Cathode ray tubes; Picture tube; CRT monitors; Doming (television); CRT monitor; Television picture tubes; Colour CRT; Cathod ray tube; Braun tube; CRT screen; Samsung SlimFit CRT TV; User:Johnsonm12; CRT display; Direct-view television; Monitor radiation; Cathode-ray tubes; Cathode tube; Phosphor persistence; C.R.T. T.V.; Cathode ray tube display; Cathode ray tube; CRT cataract
катодно-лучевая [телевизионная] трубка
picture tube         
  • Braun's original cold-cathode CRT, 1897
  • Magnified view of a [[Trinitron]] (aperture grille) color CRT. A thin horizontal support wire is visible.
  • Close-up of the phosphor-coated inner side of the screen}}
  • Animation of the image construction with interlacing method
  • A CRT during an implosion
  • CRT triad and mask types
  • Wire for anode high voltage.}}{{pb}}The only visible differences are the single electron gun, the uniform white phosphor coating, and the lack of a shadow mask.
  • Spectra of constituent blue, green and red phosphors in a common CRT
  • On the left: Magnified view of In-line phosphor triads (a slot mask) CRT. On the right: Magnified view of Delta-gun phosphor triads.
  • Magnified view of a delta-gun [[shadow mask]] color CRT
  • raster]] pattern
  • Small circular CRTs during manufacture in 1947 (screens being coated with phosphor)
  • The rear of a 14-inch color cathode-ray tube showing its deflection coils and electron guns
  • [[Datapoint]] 1500 terminal with exposed chassis, with its CRT suffering from a "cataract" due to aging PVA
  • A degaussing in progress
  • Color computer monitor electron gun
  • The in-line electron guns of a color CRT TV
  • The electron gun of an oscilloscope. A pair of deflection plates is visible on the left.
  • An oscilloscope showing a [[Lissajous curve]]
  • A monochrome CRT as seen inside a [[Macintosh Plus]] computer
  • A magnet used on a CRT TV. Note the distortion of the image.
  • A portable monochrome CRT TV
  • The deflection yoke over the neck of a monochrome CRT. It has two pairs of deflection coils.
  • A monochrome CRT as seen inside a TV. The CRT is the single largest component in a CRT TV.
  • An aluminized monochrome CRT. The black matte coating is aquadag.
  • [[Mu metal]] magnetic shields for oscilloscope CRTs
  • Nimo tube BA0000-P31
  • A cathode-ray tube as found in an [[oscilloscope]]
  • The front of a Sony Watchman monochrome CRT
  • A flat monochrome CRT assembly inside a 1984 Sinclair TV80 portable TV
  • A comparison between 21-inch Superslim and Ultraslim CRT
  • The Tektronix Type 564: first mass-produced analog phosphor storage oscilloscope
  • monochrome television set]]
  • A [[Trinitron]] CRT computer monitor
VACUUM TUBE THAT CAN SHOW MOVING PICTURES, VECTOR GRAPHICS, OR LINES
Computer display/CRT; Cathode Ray Tube; Cathodic ray tube; Cathode-Ray Tube; Cathode ray tubes; Picture tube; CRT monitors; Doming (television); CRT monitor; Television picture tubes; Colour CRT; Cathod ray tube; Braun tube; CRT screen; Samsung SlimFit CRT TV; User:Johnsonm12; CRT display; Direct-view television; Monitor radiation; Cathode-ray tubes; Cathode tube; Phosphor persistence; C.R.T. T.V.; Cathode ray tube display; Cathode ray tube; CRT cataract

['piktʃətju:b]

общая лексика

приемная электронно-лучевая трубка

телевидение

кинескоп

display behavior         
  • Sexual display by a ''[[Megaselia]]'' female.
  • Male mountain gorilla
SET OF RITUALIZED BEHAVIOURS THAT ENABLE AN ANIMAL TO COMMUNICATE TO OTHER ANIMALS ABOUT SPECIFIC STIMULI
Tournament species; Display behavior; Display Behaviour; Display behaviour; Social display; Displaying; Display structure; Display behaviors; Intraspecific display; Visual display; Display structures

общая лексика

демонстрационное поведение

social display         
  • Sexual display by a ''[[Megaselia]]'' female.
  • Male mountain gorilla
SET OF RITUALIZED BEHAVIOURS THAT ENABLE AN ANIMAL TO COMMUNICATE TO OTHER ANIMALS ABOUT SPECIFIC STIMULI
Tournament species; Display behavior; Display Behaviour; Display behaviour; Social display; Displaying; Display structure; Display behaviors; Intraspecific display; Visual display; Display structures

общая лексика

социальная демонстрация

J-scope         
  • An airport surveillance radar display
  • C-scope display. The target is above and to the right of the radar, but the range is not displayed.
  • Chain Home is the canonical A-scope system. This image shows several target "blips" at ranges between 15 and 30 miles from the station. The large blip on the far left is the leftover signal from the radar's own transmitter; targets in this area could not be seen. The signal is inverted to make measurement simpler.
  • The L-scope was basically two A-scopes placed side by side and rotated vertically. By comparing the signal strength from two antennas, the rough direction of the blip could be determined. In this case there are two blips, a large one roughly centred and a smaller one far to the right.
  • Oscilloscope attached to two sine-wave voltage sources, producing a circle pattern on the display.
  • A Beta Scan display.
  • E-scope on the left and B-scope on the right. The E-scope shows two blips at slightly different altitudes, the top one being slightly closer as well. The B-scope shows three blips, the closest being head on, a second just to its right and slightly longer range, and a third near the right edge of the scanning pattern.
  • This image shows a modern PPI display in use, with the islands and ground surrounding the ship in green. The current direction of the radar can be seen as the dotted line pointing northwest.
VISUAL DISPLAY OF A RADAR SIGNAL
A-display; A-scope; B-scope; J-scope; C-scope; Range Height Indicator; HR-scope

техника

индикатор кругового обзора

radar         
  • 3D Doppler radar spectrum showing a [[Barker code]] of 13
  • A [[Chain Home]] tower in Great Baddow, Essex, United Kingdom
  • Change of [[wavelength]] caused by motion of the source
  • Experimental radar antenna, US [[Naval Research Laboratory]], Anacostia, D. C., from the late 1930s (photo taken in 1945)
  • AS-3263/SPS-49(V) antenna (US Navy)
  • echoes]] from a target cause ghosts to appear.
  • [[Phased array]]: Not all radar antennas must rotate to scan the sky.
  • Pulse-Doppler signal processing. The ''Range Sample'' axis represents individual samples taken in between each transmit pulse. The ''Range Interval'' axis represents each successive transmit pulse interval during which samples are taken. The Fast Fourier Transform process converts time-domain samples into frequency domain spectra. This is sometimes called the ''bed of nails''.
  • Echo heights above ground<br /><math>H=\left (\sqrt{r^{2}+(k_{e}a_{e})^{2}+2rk_{e}a_{e}sin(\theta _{e})} \right )-k_{e}a_{e}+h_{a}</math> <br />Where : <br />&nbsp;&nbsp;r : distance radar-target <br />ke : 4/3 <br />ae : Earth radius <br />θe : elevation angle above the radar horizon <br />ha : height of the feedhorn above ground
  • Slotted waveguide antenna
  • Radar components
  • Pulse radar: The round-trip time for the radar pulse to get to the target and return is measured. The distance is proportional to this time.
  • Commercial marine radar antenna. The rotating antenna radiates a vertical fan-shaped beam.
  • Surveillance radar antenna
  • Continuous wave (CW) radar. Using frequency modulation allows range to be extracted.
  • The first workable unit built by [[Robert Watson-Watt]] and his team
  • Memorial plaque commemorating Robert Watson-Watt and [[Arnold Wilkins]]
OBJECT DETECTION SYSTEM BASED ON RADIO WAVES
Radio detection and ranging; Airport radar; Radars; RADAR; Radio detecting and ranging; Radar illumination; Radio Detection and Ranging; Radar Homing and Warning; Radar station; Coherent processing interval; Radar system; Microwave radar; Fill pulse; Radar equation; Centimetric radar; Coherent Processing Interval; Radar distance measurement; Radar communication; Air search radar; Radar systems; Remote Radar Head; Applications of radar; Palmer Scan; Radar signal processing; Derax; Radar antenna design

['reidɑ:]

общая лексика

радар

радарный

радиолокатор

радиолокационный

радионавигационный

техника

радиолокация

радиофизический

станция радиолокационная

прилагательное

общая лексика

радиолокационный

радарный

существительное

['reidɑ:]

общая лексика

радиолокатор

радар

радиолокация

радиолокационная станция (РЛС)

радиолокатор, радар

радиолокационная установка

радиолокаци

radar illumination         
  • 3D Doppler radar spectrum showing a [[Barker code]] of 13
  • A [[Chain Home]] tower in Great Baddow, Essex, United Kingdom
  • Change of [[wavelength]] caused by motion of the source
  • Experimental radar antenna, US [[Naval Research Laboratory]], Anacostia, D. C., from the late 1930s (photo taken in 1945)
  • AS-3263/SPS-49(V) antenna (US Navy)
  • echoes]] from a target cause ghosts to appear.
  • [[Phased array]]: Not all radar antennas must rotate to scan the sky.
  • Pulse-Doppler signal processing. The ''Range Sample'' axis represents individual samples taken in between each transmit pulse. The ''Range Interval'' axis represents each successive transmit pulse interval during which samples are taken. The Fast Fourier Transform process converts time-domain samples into frequency domain spectra. This is sometimes called the ''bed of nails''.
  • Echo heights above ground<br /><math>H=\left (\sqrt{r^{2}+(k_{e}a_{e})^{2}+2rk_{e}a_{e}sin(\theta _{e})} \right )-k_{e}a_{e}+h_{a}</math> <br />Where : <br />&nbsp;&nbsp;r : distance radar-target <br />ke : 4/3 <br />ae : Earth radius <br />θe : elevation angle above the radar horizon <br />ha : height of the feedhorn above ground
  • Slotted waveguide antenna
  • Radar components
  • Pulse radar: The round-trip time for the radar pulse to get to the target and return is measured. The distance is proportional to this time.
  • Commercial marine radar antenna. The rotating antenna radiates a vertical fan-shaped beam.
  • Surveillance radar antenna
  • Continuous wave (CW) radar. Using frequency modulation allows range to be extracted.
  • The first workable unit built by [[Robert Watson-Watt]] and his team
  • Memorial plaque commemorating Robert Watson-Watt and [[Arnold Wilkins]]
OBJECT DETECTION SYSTEM BASED ON RADIO WAVES
Radio detection and ranging; Airport radar; Radars; RADAR; Radio detecting and ranging; Radar illumination; Radio Detection and Ranging; Radar Homing and Warning; Radar station; Coherent processing interval; Radar system; Microwave radar; Fill pulse; Radar equation; Centimetric radar; Coherent Processing Interval; Radar distance measurement; Radar communication; Air search radar; Radar systems; Remote Radar Head; Applications of radar; Palmer Scan; Radar signal processing; Derax; Radar antenna design

общая лексика

облучение радиолокатором

Определение

ЭЛЕКТРОННО-ЛУЧЕВАЯ ТРУБКА
устаревшее название ряда электронно-лучевых приборов для преобразования электрических сигналов, напр., в видимые изображения (осциллографические, индикаторные электронно-лучевые трубки, кинескопы и др.), оптических изображений в электрические сигналы (телевизионные передающие трубки).

Википедия

Storage tube

Storage tubes are a class of cathode-ray tubes (CRTs) that are designed to hold an image for a long period of time, typically as long as power is supplied to the tube.

A specialized type of storage tube, the Williams tube, was used as a main memory system on a number of early computers, from the late 1940s into the early 1950s. They were replaced with other technologies, notably core memory, starting in the 1950s.

Storage tubes made a comeback in the 1960s and 1970s for use in computer graphics, most notably the Tektronix 4010 series. Today they are obsolete, their functions provided by low-cost memory devices and liquid crystal displays.

Как переводится radar display CRT на Русский язык