Linked from

The 96 pages that link to Electromagnetic spectrum, each with the reason it gives.

• Spectral energy distributionNarrower topic: A spectral energy distribution describes a source across a portion or all of this range.

• SpectrophotometerNarrower topic: Spectrophotometers operate over selected regions of this broader range.

• Ultraviolet germicidal irradiationNarrower topic: UV germicidal treatment occupies a specific region of this broader spectrum.

• Astronomical instrumentNarrower topic: Different instruments target different wavelength bands across this spectrum.

• Photochemical reactionNarrower topic: Photochemical outcomes depend on where absorbed light falls in this spectrum.

• Doppler spectroscopyNarrower topic: Doppler spectroscopy analyzes the wavelength portion of this broader radiation range.

• Faraday effectNarrower topic: The effect helped establish that optical phenomena belong to electromagnetism.

• Hydrogen spectrumNarrower topic: Hydrogen lines occupy specific regions within this broader range of light.

• Satellite imageryRelated: Satellite sensors select wavelengths from this spectrum to distinguish materials and conditions on Earth.

• MicrowaveNarrower topic: Microwaves occupy the band between infrared and radio waves.

• MonochromatorNarrower topic: A monochromator selects a small region from this much broader range.

• Photosynthetically active radiationNarrower topic: PAR occupies a narrow band within this broader spectrum.

• Radio navigationNarrower topic: Radio navigation occupies a portion of the spectrum chosen for propagation and system design.

• Solar radiationNarrower topic: Solar radiation occupies only part of this complete range.

• Optical spectroscopyNarrower topic: Optical spectroscopy uses its ultraviolet, visible, and infrared regions.

• Solar spectrumNarrower topic: The solar spectrum is the Sun’s contribution across a portion of this full range.

• Astronomical observationNarrower topic: Astronomers select wavelengths across this spectrum to detect different celestial signals.

• Atmospheric absorptionNarrower topic: Absorption occurs at particular wavelengths within this broader range.

• Anders Jonas ÅngströmNarrower topic: Ångström studied visible and ultraviolet portions of this broader spectrum.

• Electronic countermeasureNarrower topic: Countermeasures exploit or protect portions of this shared operating environment.

• Satellite meteorologyNarrower topic: Meteorological sensors select spectral regions that reveal different atmospheric and surface properties.

• Electromagnetic shieldingRelated: Shielding behavior changes markedly from static fields through radio and optical frequencies.

• LightNarrower topic: Visible light occupies only a narrow band of this broader spectrum.

• SpectrometerNarrower topic: Optical spectrometers measure selected regions of this broader range.

• Wilhelm RöntgenNarrower topic: X-rays belong to this spectrum, though their identity was unknown at discovery.

• Wilhelm WienRelated: The location of a spectrum’s peak is the quantity Wien’s displacement law tracks.

• Terahertz radiationNarrower topic: Terahertz radiation occupies the transition between microwave and infrared regions.

• Astronomical objectRelated: Different wavelengths reveal different properties of astronomical objects.

• Planck relationNarrower topic: The relation assigns increasing photon energy across its frequency bands.

• AstronomerRelated: Astronomers study objects through radiation spanning radio waves to gamma rays.

• Stokes shiftNarrower topic: Absorption and emission wavelengths locate the shift within this spectrum.

• Astronomical filterNarrower topic: Astronomical filters select limited portions of this broad range.

• Electromagnetic astronomyNarrower topic: Its wavelength bands organize the observations that define this branch of astronomy.

• Space scienceRelated: Space observatories use different wavelength bands to detect otherwise hidden cosmic processes.

• Visible-light astronomyNarrower topic: Visible light occupies a narrow band within this broader range of radiation.

• Yellow (color)Narrower topic: Visible yellow is a small region within this much broader spectrum.

• Electronic warfare aircraftNarrower topic: Electronic warfare aircraft operate in selected portions of this spectrum to sense or affect systems.

• High-energy astrophysicsNarrower topic: X-rays and gamma rays occupy its most energetic bands.

• Markarian 501Narrower topic: The source’s variability is observed from radio wavelengths through gamma rays.

• Optical spectrometerNarrower topic: Optical instruments measure a limited region of this broader spectrum.

• Absorption bandNarrower topic: Absorption bands occupy particular regions of this spectrum.

• History of electromagnetic theoryNarrower topic: Maxwell's theory placed visible light within a broader family of predicted and discovered radiation.

• Human visionRelated: Defines the physical stimulus vision is built to detect.

• Infrared techniquesNarrower topic: Infrared occupies one region within this broader spectrum.

• Johann Wilhelm RitterNarrower topic: Ultraviolet placed Ritter’s discovery within a broader, ordered range of radiation.

• Submillimetre astronomyNarrower topic: Submillimetre astronomy occupies the boundary between far-infrared and microwave regions.