The phrase "a given wavelength of" is correct and usable in written English.
It can be used when discussing specific wavelengths in contexts such as physics, optics, or telecommunications.
Example: "The experiment was designed to measure the absorption characteristics of a given wavelength of light."
Alternatives: "a specific wavelength of" or "a particular wavelength of".
Of potential technological application, for a given wavelength of the edge's imperfection, it is possible to reduce the medium's vibration at a certain location by judiciously selecting the locations and spans of the foundation segments.
If the intensity of a given wavelength of light is increased step by step above the threshold, a point comes when the subject states that it is coloured, and the difference between the threshold for light appreciation and this, the chromatic threshold, is called the photochromatic interval.
For a given wavelength of incident light totally reflected at the glass/solution interface, the depth to which the evanescent wave illuminates the adherent cells decreases in a very defined manner with increasing incident angles of total reflection.
One important component is sensitivity at a given wavelength of light.
Both positive and negative correlations between visual sensitivity at a given wavelength of light with the ambient abundance of that wavelength have been reported [ 16].
Both positive and negative correlations between visual sensitivity at a given wavelength of light and the abundance of that wavelength in the ambient light have been reported [ 8, 13, 15, 16, 59].
The constraints are the following: a same wavelength must be assigned all along the edges of the routing path of any SLD; at any time, a given wavelength on a given edge of the network cannot be used to satisfy more than one SLD.
And rings as small as 5 micrometers in diameter-about the width of a human hair-can pluck lightwaves of a given wavelength out of one waveguide and shoot them down another, providing a color-selective switch.
Light, for example, appearing in some respects as a continuous electromagnetic wave, on the submicroscopic level is emitted and absorbed in discrete amounts, or quanta; and for light of a given wavelength, the magnitude of all the quanta emitted or absorbed is the same in both energy and momentum.
The interval stretches on either side of the isobestic point of hemoglobin, i.e., a given wavelength where absorption of light for oxy and deoxyhemoglobin is identical.
[ 17, 18] Indeed, at a given wavelength, the absorption of a gold nanorod can decrease abruptly as soon as the fluence reaches a threshold related to its melting point.
