Examples of 'emission wavelength' in a sentence
Meaning of "emission wavelength"
emission wavelength: Refers to the specific wavelength of electromagnetic radiation emitted by a source, often used in the context of physics or technology
How to use "emission wavelength" in a sentence
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emission wavelength
Determines the emission wavelength of the laser.
It has a saturable absorbance at the emission wavelength.
It is known that the laser emission wavelength is dependent on the temperature.
Fluorescence magnitude is plotted versus emission wavelength.
The emission wavelength may depend on the material of the substrate.
Excitation peaks for a given emission wavelength.
Their emission wavelength is easily tuned by changing the size of the quantum dots.
The selection of the emission wavelength is thus wider.
This can give a continuous variation of the emission wavelength.
Nominal wavelength means the emission wavelength imposed on the optical source.
It is designed to operate in a specific emission wavelength.
The emission wavelength can be lowered by substituting the anthracene core by halogens or alkyls.
This leads to a modification of the laser emission wavelength.
The fluorescence emission wavelength maximum for a cyanine compound varies as a function of the cyanine structure.
The numeric in parenthesis is a maximum emission wavelength in nanometer.
See also
If necessary, the emission wavelength can be doubled by means of nonlinear optical elements.
The first of these wavelengths forms said emission wavelength.
As a consequence, the emission wavelength of the laser is controlled.
A variety of techniques for matching or modulating the laser emission wavelength are known.
In such a case, typically the emission wavelength of the donor molecule is detected.
Stability of the laser wavelength is engendered by stability of the atomic emission wavelength.
Nominal wavelength means the emission wavelength imposed on the laser.
The substrate must be transparent at least at the excitation and emission wavelength.
This loss may lead to a shift in peak emission wavelength and broadening of emission spectrum.
The fluorochromes only have to vary in their excitation and emission wavelength.
The difference in excitation and emission wavelength is known as Stokes shift.
A multitude of derivatives have been developed for almost every excitation and emission wavelength.
These materials permit a wide laser emission wavelength adjustment range.
Each compound able to emit the fluorescence light has a characteristic excitation and emission wavelength.
The difference between the absorption and emission wavelength is called the Stokes shift.
The composition and thickness of the quantum wells determine the laser emission wavelength.
For a given material, the emission wavelength depends on the dopant.
The fluorometer also detects the intensity of the light at the emission wavelength.
Top read, with excitation and emission wavelength adjusted to resazurin requirements.
The identity of the lanthanide or actinide moiety determines the emission wavelength of the phosphor.
Where necessary, the emission wavelength can also be doubled by nonlinear crystal optics.
The pH and fluorescence at one excitation and one emission wavelength were measured.
Also, secondary emission wavelength characteristics could be stored, and other led parameters.
That energy may then be subsequently released at the emission wavelength of the second fluorophore.
The measured emission wavelength for various polymeric systems are detailed in Table 1.
As a result the filtering between the stimulation wavelength and the emission wavelength is clearly facilitated.
Abstract, Laser emission wavelength is limited by the gain bandwidth of available laser media.
The surface plasmon waves made of different metals have different absorption and emission wavelength range.
As enamel is known to fluoresce, such long emission wavelength would be a significant advantage.
The reflectivity of these mirrors can be adjusted as a function of the VCSEL emission wavelength.
There was very little change in the emission wavelength of fluorescein upon probe-target annealing.
Firstly, this ink must be absorbent at the laser emission wavelength.
A Xenon lamp is used, having an emission wavelength profile close to daylight.
In principle, a selective activation can be generated based on the laser 's emission wavelength.
These silicates have an emission wavelength of approximately 410 nm at ambient temperature.
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Coal is the most emission intensive fuel
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Examples of using Wavelength
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With a wavelength of more than two meters
We are all on the same wavelength on this matter
The wavelength is longer than infrared radiation
