Examples of 'shorter wavelengths' in a sentence
Meaning of "shorter wavelengths"
shorter wavelengths: This phrase is used in the context of electromagnetic waves or light to describe waves that have a shorter distance between two consecutive peaks or troughs. Shorter wavelengths correspond to higher frequencies and energy levels in the electromagnetic spectrum. This phrase is commonly used in physics, optics, and telecommunications to discuss the properties and behavior of different types of waves.
How to use "shorter wavelengths" in a sentence
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shorter wavelengths
Observing at shorter wavelengths has been very productive.
Higher frequencies mean shorter wavelengths.
Shorter wavelengths can not get through.
These scatter the shorter wavelengths of light.
For shorter wavelengths higher concentrations are required.
The quest for shorter wavelengths.
Use of shorter wavelengths is beneficial as scattering is maximised.
The brightness changes are more pronounced at shorter wavelengths.
Shorter wavelengths carry more energy.
The refractive index is generally greater at shorter wavelengths.
Shorter wavelengths are the ones used by your.
Attenuation is steeper with depth for shorter wavelengths.
Shorter wavelengths do not travel as far through the atmosphere.
Purple light has higher energy and shorter wavelengths.
Shorter wavelengths have more energy than longer ones.
See also
This is done in order to combat the larger absorption at shorter wavelengths.
Shorter wavelengths are more energetic.
The higher electron energy allows the production of shorter wavelengths.
Lasers with shorter wavelengths generally can be focused to smaller spots.
Black silicon is also more efficient at absorbing shorter wavelengths of light.
Than shorter wavelengths.
Higher temperatures shift the distribution toward the shorter wavelengths.
Photons with shorter wavelengths correspond to radiation with higher energies.
Rays composed of long wavelengths focus in front of rays composed of shorter wavelengths.
Shorter wavelengths provide finer spatial resolution for inspection purposes.
Hotter objects emit light with shorter wavelengths and higher frequencies.
These shorter wavelengths mean that WiGig has a much smaller range.
Red light shows greater tissue penetration than light of shorter wavelengths.
Shorter wavelengths are even more attenuated and are only useful on short range radar.
The adjustment is made to take advantage of longer or shorter wavelengths of the waves.
This range has shorter wavelengths which allow better resolution in imaging technologies.
There is a monotonous rise in the absorption spectrum towards the shorter wavelengths.
Much shorter wavelengths bend or reflect very little and travel along the line of sight.
Peak suppression occurs progressively as the peaks move toward the shorter wavelengths.
This part of the spectrum has shorter wavelengths which allows better resolution in imaging technologies.
Its absorption in soot is less than the one of light having shorter wavelengths.
Absorbance at shorter wavelengths will achieve less tissue penetration and may lead to skin photosensitivity.
The addition of magnesium also makes the switching film more transparent at shorter wavelengths.
At shorter wavelengths the CIB level could not be correctly determined.
The only viable solution consists in transmitting the MWIR band and reflecting shorter wavelengths.
With AlGaN and AlGaInN, even shorter wavelengths are achievable.
Secondly, shorter wavelengths have more energy associated per mode.
For example, violet and blue light represent shorter wavelengths.
For example, the shorter wavelengths are perceived to be violet and blue.
Again, gold may be because of the absorption of gold at shorter wavelengths.
X-ray photons with relatively shorter wavelengths are referred to as orthovoltage x-rays.
Shorter wavelengths enable electrons to be released with non-zero kinetic energy.
Where appropriate, even visible light or other shorter wavelengths may be used.
However, luminescence at shorter wavelengths is useful when interference absorbance of the sample is absent.
However, metals such as silver and gold have negative permittivity at shorter wavelengths.
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Product lifecycles are shorter than ever before
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Examples of using Wavelengths
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The wavelengths of the most common lasers
All transmissions on all wavelengths suddenly failed
Wavelengths must not affect human eyes
