Linked from

The 42 pages that link to Cathode-ray tube, each with the reason it gives.

• ElectronBroader topic: It is a classic device that controls electrons with electric and magnetic fields.

• RGB color modelRelated: Its red, green, and blue phosphors established a direct physical implementation of additive RGB.

• Computer graphicsRelated: Early computer displays used CRT technology to draw and present graphics.

• TelevisionRelated: Cathode-ray tubes became the standard display technology for television during much of the twentieth century.

• X-rayRelated: Röntgen observed X-rays while operating a cathode-ray tube.

• J. J. ThomsonRelated: Its controlled beams let Thomson test whether cathode rays carried electric charge.

• PhosphorRelated: Its screen phosphors produce the colored light that forms the displayed image.

• Thermionic emissionBroader topic: Its electron gun uses a heated cathode as an electron source.

• Charged particleRelated: Its beam control made charged-particle motion the basis of older display technology.

• Electron gunRelated: Its gun produces the beam that draws images on the screen.

• Philo FarnsworthRelated: Farnsworth used cathode-ray technology to display the received image.

• Color televisionRelated: Color CRTs use separate electron beams to excite red, green, and blue phosphors.

• Computer monitorCompared with: CRT monitors use an electron beam, unlike modern flat-panel displays.

• Composite videoRelated: Older televisions commonly decode composite video to control their displayed images.

• History of TelevisionRelated: It became the standard display technology for early television receivers.

• Cathode rayBroader topic: It developed the discharge-tube phenomenon into a practical technology.

• Computer SpaceRelated: The cabinet displayed the moving ships and projectiles on a CRT.

• Gamma correctionRelated: Its nonlinear luminance response helped motivate early gamma-encoding practice.

• Mechanical televisionCompared with: Electronic receivers used its beam to draw images without a rotating display disk.

• SketchpadRelated: Its display provided the screen on which Sketchpad rendered drawings and tracked light-pen input.

• Analog televisionRelated: It was the standard display technology for analog television receivers.

• Electronic televisionBroader topic: Early electronic television receivers used its scanned electron beam to reproduce moving pictures.

• OLEDCompared with: Like OLED, it emits light at the screen, but uses a vacuum tube and scanned beam.

• Plum pudding modelRelated: Experiments with these tubes provided evidence that atoms contain negatively charged particles.

• Spacewar!Related: The PDP-1’s screen drew the ships and moving stars as luminous lines.

• Barium oxideRelated: Barium oxide was used in oxide-coated cathodes that emit electrons in some vacuum tubes.

• Vladimir K. ZworykinNarrower topic: The kinescope was a specialized cathode-ray tube for displaying television pictures.

• Wilhelm RöntgenRelated: Röntgen used a discharge tube to produce the radiation that triggered his observations.

• EuropiumRelated: Europium-activated phosphors supplied vivid red pixels in color television screens.

• Gas-discharge lampCompared with: It uses phosphor light emission from an electron beam, not a conducting gas.

• Nam June PaikNarrower topic: The television displays Paik altered were built around this image-making technology.

• OscilloscopeBroader topic: In analog oscilloscopes, its beam traces the signal voltage against a time sweep.

• Television setRelated: It became the dominant display technology in television sets for much of the twentieth century.

• Philipp LenardNarrower topic: Nineteenth-century cathode-ray tubes supplied the experimental technology Lenard modified.

• Display deviceCompared with: It is the legacy scanning-beam design that preceded modern flat-panel displays.

• Flat-panel displayCompared with: Flat panels replaced bulky CRTs in most televisions and computer monitors.

• Kenjiro TakayanagiRelated: Takayanagi used a cathode-ray tube to display the received image.

• Strontium oxideRelated: Strontium-containing glass was used in the faceplates of color tubes to absorb X-rays.

• Whirlwind INarrower topic: Whirlwind’s display depended on CRT technology to show data in real time.

• K. Ferdinand BraunBroader topic: Braun’s 1897 tube used deflection to make electrical signals visible as moving traces.

• Owen RichardsonBroader topic: Its electron gun relies on emission from a heated cathode.

• Segment displayCompared with: It draws variable shapes rather than selecting from a fixed set of segments.