Examples of 'wavelengths can' in a sentence
Meaning of "wavelengths can"
wavelengths can: referring to the capacity of wavelengths to perform a certain function or have a particular effect
How to use "wavelengths can" in a sentence
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Advanced
wavelengths can
Some wavelengths can pass right through objects.
Other laser media and wavelengths can be employed.
Other wavelengths can be directed to the internal rearrangement area.
Electromagnetic radiation of various wavelengths can be used to illuminate.
Changes in wavelengths can be precisely measured and help indicate changes.
Noise in the extreme excitation wavelengths can be seen.
Thus all wavelengths can be demultiplexed.
Different light sources of substantially different wavelengths can be used.
Other optical wavelengths can be accordingly used as well.
More information on the grow light wavelengths can be found here.
Other wavelengths can be used.
Every light source emitting the appropriate wavelengths can be used.
Three or more wavelengths can also be used see ref.
For color bar codes several laser diodes at distinct wavelengths can be used.
Different wavelengths can be achieved with the use of doped fiber.
See also
More or less than four wavelengths can be used.
Different wavelengths can be transmitted at the same time at the node.
Sources of laser light with other wavelengths can be applied as well.
A range of laser wavelengths can be used depending on sensitivity of the measurement camera.
Electrical signals corresponding to the different detected wavelengths can be separated for each pixel.
Defining specific wavelengths can have benefits for several athletes.
Still further, simultaneous measurements at different wavelengths can also be performed.
Elimination of detrimental wavelengths can be carried out for example by a suitable filter.
Furthermore, other subsets of the foregoing sets or other combinations of wavelengths can be selected.
A range of target stimulus wavelengths can be used to isolate the rod response.
Wavelengths can reveal a lot about what things are made of, Ojha said.
Faint peaks of energy at specific wavelengths can then be detected and recorded.
These wavelengths can cause oxidative damage and modify DNA of plants and humans.
Additional light housings and ledes of different wavelengths can be included for some applications.
These short wavelengths can cause unrealistic degradation when compared to natural exposures.
Adjusting the different wavelengths can give you,.
The emission wavelengths can be selected from both the visible and invisible spectrum.
By doing this, a range of different colored wavelengths can read the same physical location.
Other wavelengths can be considered, however.
Thus, only the components with large wavelengths can be noticeable at the surface.
Different wavelengths can be used in succession by rotation of the filter wheel 14.
To make broadband Raman amplifiers, multiple pumps at different wavelengths can be used.
Any one of these wavelengths can also be used for the distance measurement.
A Michelson echelon, very efficient for raised orders of wavelengths can also be employed.
The UV radiation wavelengths can be selected as for the first aspect.
The wavelengths can be regularly or irregularly spaced across the range, as desired.
Meanwhile, light of other wavelengths can pass through freely.
Other wavelengths can equally well be employed, according to the application concerned.
In one aspect, the different wavelengths can be linearly independent.
Still, other wavelengths can be selected within the NIR spectrum.
This desired range of wavelengths can thus be located in the EUV spectrum.
These specific wavelengths can actually be emitted by electro-luminescent diodes DEL of suitable quality.
However, under such a situation, the wavelengths can still be well controlled in the present invention.
A wide variety of wavelengths can be used to identify the sample-air interfaz.
The characteristic PIANO wavelengths can also be used to make predictions of octanes.
