Examples of 'longer wavelengths' in a sentence
Meaning of "longer wavelengths"
longer wavelengths: This phrase is used in the context of physics or wave theory to describe waves with a greater distance between successive crests, commonly associated with lower frequency
How to use "longer wavelengths" in a sentence
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longer wavelengths
Longer wavelengths penetrate deeper into tissue.
The fading is less pronounced at longer wavelengths.
There are longer wavelengths superimposed over the noise here.
Lower frequencies mean longer wavelengths.
Longer wavelengths or lower frequencies have more penetration power.
There are even longer wavelengths of light.
The atmosphere is relatively opaque to the longer wavelengths.
Reach of longer wavelengths of light.
Recombination is more likely to occur at longer wavelengths of radiation.
Surface roughness with longer wavelengths than megatexture is referred to as irregularity.
The skin is transparent at longer wavelengths.
Lower frequencies or longer wavelengths also have greater penetrating power.
The effects of dust extinction are smaller at longer wavelengths.
Shift to longer wavelengths.
Bends will display greater loss at the longer wavelengths.
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This means that longer wavelengths travel faster through these materials.
In other cases an absorber for the longer wavelengths is used.
Longer wavelengths allow the light to penetrate deeper and treat larger structures.
Red light has longer wavelengths.
Many applications require the detection of light with longer wavelengths.
But when viewed in longer wavelengths the galaxy takes on a very different appearance.
Red light has lower energy and longer wavelengths.
The longer wavelengths are able to penetrate into follicles without damaging or burning the skin.
It is moreover shifted to longer wavelengths.
Only infrared in the longer wavelengths assists with heat absorption in human and animal skin.
Photosensitizers can be introduced as well to permit the use of longer wavelengths.
The sudden appearance of objects at longer wavelengths indicates great distance.
Our objective is to develop systems whose spectral sensitivity extends to longer wavelengths.
They allow only infrared and longer wavelengths of light to pass through them.
The blue light is scattered more than the light at longer wavelengths.
Solvents containing unsaturation absorb at longer wavelengths and can usefully filter out short wavelengths.
This detector extended the range of the observable spectrum to much longer wavelengths.
Near infrared light is light with longer wavelengths that can more easily penetrate tissue.
The sensors in such cameras also vary in their infrared sensitivity to longer wavelengths.
The second wavelength range can represent longer wavelengths than the first wavelength range.
However, longer wavelengths may also lead to higher loss in some cases.
Terrestrial radiation is emitted at much longer wavelengths than solar radiation.
These precautions do not completely eliminate reflection because of diffraction, especially at longer wavelengths.
This analyse should be done at longer wavelengths with the futur missions Planck and Herschel.
Colder objects emit less radiation, with longer wavelengths.
This reflection creates longer wavelengths that prevent passage back through the PET.
The Earth emits energy at longer wavelengths.
However, these longer wavelengths give us an additional bonus.
The energy earth radiates back into space has longer wavelengths than solar radiation.
In general, longer wavelengths minimize background.
Plants end up re-emitting about one percent of the sunlight at longer wavelengths.
In general, the longer wavelengths come from the coolest and darkest regions of space.
For example, for deep penetration longer wavelengths are preferred.
Earth 's atmosphere scatters short-wavelength light more efficiently than that of longer wavelengths.
Under those circumstances, use of longer wavelengths will be required.
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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
