Linked from

The 74 pages that link to Radar, each with the reason it gives.

• WatchtowerCompared with: Radar can detect targets beyond visual range and in conditions that obscure a tower's view.

• Cavity magnetronRelated: Cavity magnetrons made compact, high-power microwave transmitters practical for radar.

• History of radioRelated: Radar grew from radio engineering into a major military and civilian application.

• Man-portable air-defense systemRelated: Radar can cue operators to aircraft that are difficult to spot visually.

• Mary CartwrightRelated: Wartime radar research prompted Cartwright and Littlewood to investigate nonlinear oscillations.

• Strategic bomberRelated: Airborne radar supports navigation, target detection, and weapon delivery in poor visibility.

• Unidentified flying objectRelated: Radar can provide evidence beyond eyesight, but its returns can also be ambiguous.

• Willis LambNarrower topic: Radar research advanced microwave techniques later adapted for precision spectroscopy.

• Electronic warfare aircraftRelated: Radar is a principal target of airborne detection, jamming, and deception.

• George PorterRelated: Porter adapted electronic timing expertise gained during wartime radar work for rapid chemical measurements.

• Heavy bomberRelated: Radar navigation and bombing equipment helped crews find targets in darkness and poor visibility.

• Whirlwind IRelated: Radar supplied the changing aircraft observations that real-time defense computers had to process.

• Acoustic techniquesCompared with: Radar offers a radio-wave counterpart to echo-based acoustic detection.

• Air force modernizationRelated: Modern radar improves detection, tracking, and targeting across an air force.

• Detection theoryRelated: Radar uses detection rules to decide whether echoes indicate targets amid clutter and noise.

• History of military technologyBroader topic: Wartime radar changed air defense by extending detection beyond visual range.

• K. Ferdinand BraunRelated: The cathode-ray tube became useful for displaying signals in later radar equipment.

• Manchester computersNarrower topic: Wartime radar engineering gave Williams experience with fast electronic circuits and display tubes.

• Microwave techniquesBroader topic: Radar applies microwave transmission and echo measurement to locate and track targets.

• Mikoyan-Gurevich MiG-21Related: On later variants, onboard radar supported interception and missile employment.

• Montauk ProjectRelated: Camp Hero’s real radar installations feature prominently in accounts of the alleged technology.

• Retarded timeRelated: Radar infers target range from the delayed return of an emitted pulse.

• StadimeterCompared with: Radar can measure range without relying on a visible target of known height.

• Vacuum electronicsRelated: Klystrons, traveling-wave tubes, and magnetrons provide radar transmitters with microwave power.