The phrase "adjust the wavelength" is correct and usable in written English.
It can be used in contexts related to physics, optics, telecommunications, or any field where wavelength manipulation is relevant.
Example: "To improve the signal quality, we need to adjust the wavelength of the transmitted light."
Alternatives: "modify the wavelength" or "change the wavelength."
Hence, it is possible to adjust the wavelength maximum of the longitudinal resonance plasmon according to the excitation laser wavelength to obtain the largest Raman enhancement[16].
The excitation laser is provided by SuperK EXTREME supercontinuum white light laser with an accessory of SuperK SELECT multi-line tunable filter to adjust the wavelength.
They can determine the distance between themselves and their prey, and automatically adjust the wavelength (or frequency) of the pulse while adjusting the frequency r ∈ [0, 1] of the pulse as it approaches the target.
Depending on the AlAs and InAs composition one can adjust the wavelength of SML QDs within 0.75 1.3 μm Figure 13 Empty state cross-section scanning tunneling microscopy image of the SML QD insertion taken at low positive sample bias.
A polarization controller PC (Thorlabs Japan, Tokyo, Japan) and a polarizer (POL) (Optoquest, Ageo, Japan) were used to adjust the wavelength of the maximum output power to be near the center wavelength of the ODs.
By passing light from the palimpsest through a filter made up of liquid crystals, the researchers can adjust the wavelengths of the pictures that result by 10 billionths of a metre at a time.
By adjusting the wavelength of the ionizing laser, the kinetic energy of the liberated electrons can be tuned as low as 0.1 K, a limit set by the frequency bandwidth of the laser pulse.
The clear supernatant was aspirated into the flame atomic absorption spectrophotometer (AAS) after adjusting the wavelength at 213.9 nm and 196.1 nm for zinc and selenium estimation respectively.
A tunable laser source was used to adjust the probe wavelength to the fiber absorption peak wavelength (1531.2 nm).
Here, the gain is produced by transitions between quantized energy levels of semiconductor quantum wells, allowing us to adjust the emission wavelength by the quantum well widths.
Tuning the angle of the tilted MMI facet, one can adjust the output wavelength, power ratio and polarization deviations.
