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

• Electromagnetic fieldRelated: The predicted waves were later recognized across a broad range of frequencies.

• AstronomyRelated: Astronomers observe celestial objects across wavelengths, from radio waves to gamma rays.

• PhotoionizationRelated: Only radiation with sufficient photon energy can cross a target's ionization threshold.

• Earth observationRelated: Different wavelength bands reveal different surface and atmospheric properties.

• Heinrich HertzRelated: Hertz’s work established the reality of waves that occupy its radio-frequency region.

• Space telescopeRelated: Different space telescopes observe different parts of this spectrum.

• Electromagnetic interferenceRelated: The frequency of unwanted energy affects how it couples into equipment.

• Observational astronomyRelated: Astronomers select wavelength bands to probe different sources and physical conditions.

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

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

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

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

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

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

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