Linked from

The 141 pages that link to Wavelength, each with the reason it gives.

• Structural colorationRelated: Structure dimensions comparable to light wavelengths often determine the resulting color.

• TransmittanceRelated: A material can transmit different wavelengths by different amounts.

• Doppler broadeningRelated: Spectral broadening may be reported as a wavelength span instead of a frequency span.

• HertzRelated: For a wave traveling at fixed speed, wavelength varies inversely with frequency.

• Specular reflectionRelated: Surface features are judged as smooth or rough relative to this length.

• Chromatic aberrationRelated: Visible wavelengths correspond to colors that a dispersive lens refracts differently.

• Circular dichroismRelated: A circular-dichroism spectrum records the signal across wavelengths.

• Plane waveRelated: It sets the spacing between equivalent phase planes.

• Radio waveRelated: At a fixed propagation speed, a radio wave’s wavelength is set by its frequency.

• AbsorbanceRelated: A sample's absorbance depends on the wavelength used for measurement.

• Ground-penetrating radarRelated: Wavelength helps set the scale of structures that GPR can resolve.

• Spectral energy distributionRelated: Distributions often use wavelength as their horizontal variable.

• SpectrophotometerRelated: The selected wavelength determines which optical transitions or materials affect the measurement.

• Wave theory of lightRelated: Light’s wavelength sets the scale of its interference and diffraction patterns.

• OpacityRelated: Opacity varies with wavelength because matter interacts differently with different photon energies.

• Quantum efficiencyRelated: Photon energy and detector response vary with wavelength, so efficiency is usually wavelength-specific.

• RadianceRelated: Spectral radiance resolves radiance by wavelength.

• Absorption coefficientRelated: Absorption coefficients usually vary strongly with wavelength.

• Airy diskRelated: The Airy disk’s angular radius increases in proportion to wavelength.

• Carrier waveRelated: For an electromagnetic carrier, wavelength corresponds to its frequency and propagation speed.

• Fraunhofer diffractionRelated: It sets the angular scale of a diffraction pattern for a given aperture.

• Light scatteringRelated: Comparing wavelength with particle size helps determine the scattering regime.

• Radar cross-sectionRelated: Target dimensions relative to wavelength strongly affect scattering behavior.

• RadiometryRelated: An SPD indexes radiant power by wavelength.

• Color indexRelated: Photometric bands select different wavelength ranges for comparison.

• InSARRelated: InSAR phase changes convert into displacement relative to the radar wavelength.

• Longitudinal waveRelated: For a longitudinal wave, it can be measured between neighboring compressions.

• MicrowaveRelated: Microwave wavelengths range from about a meter to a millimeter under common band conventions.

• MonochromatorRelated: It is the quantity that a monochromator separates and selects.

• Photosynthetically active radiationRelated: The 400–700 nanometer interval defines conventional PAR.

• Solar radiationRelated: Wavelength determines the spectral region and helps describe solar radiation.

• Sound pressureRelated: It relates the spatial pattern of pressure variation to sound frequency and speed.

• Transverse waveRelated: It measures the spatial period along the direction of propagation.

• Wave opticsRelated: Wavelength sets the scale for optical interference and diffraction.

• Color perceptionRelated: Wavelength influences cone responses, though it does not uniquely determine perceived color.

• Ernst RuskaRelated: Electrons’ short wavelengths made higher-resolution imaging physically possible.

• Fresnel diffractionRelated: It sets the scale of phase variation and enters the Fresnel number.

• PhototherapyRelated: Treatment wavelengths determine which tissues and molecules absorb the light.

• RedRelated: Wavelength helps distinguish spectral red light from shorter-wavelength visible light.

• Solar spectrumRelated: Solar spectral features are indexed by wavelength.

• Sound absorptionRelated: Wavelength helps determine whether a layer or cavity can interact effectively with sound.

• Abbe diffraction limitRelated: Shorter illumination wavelengths reduce the minimum resolvable spacing.

• Circular polarizationRelated: Circular polarization’s phase relation can be expressed as a quarter-wavelength offset between components.

• Faraday rotationRelated: The rotation angle grows with the square of wavelength in the usual Faraday regime.

• Wave interferenceRelated: Wavelength helps determine the phase difference between waves traveling different paths.

• Newton's ringsRelated: Ring spacing depends on wavelength, so different colors form different patterns.

• Photon momentumRelated: A photon’s momentum is inversely proportional to its wavelength.

• Brightness temperatureRelated: It is the alternative spectral coordinate at which brightness temperature may be defined.

• Gaussian beamRelated: Wavelength sets the diffraction scale and Rayleigh range.

• LightRelated: Wavelength distinguishes colors and affects photoreceptor sensitivity.