The phrase "as a function of wavelength using" is correct and usable in written English.
It is typically used in scientific or technical contexts to describe how one variable changes in relation to another, specifically in relation to wavelength.
Example: "The absorption spectrum of the material was analyzed as a function of wavelength using a spectrophotometer."
Alternatives: "in relation to wavelength with" or "as a variable of wavelength employing".
In this study, the optical band gap energy (EQD) was assessed from absorption coefficient data as a function of wavelength using the 'Tauc relation' [32].
The PA spectrum is corrected for variations in source intensity as a function of wavelength using carbon black absorber for normalization.
We have also examined the delicate issue of performance evaluation and defined the error as a function of wavelength, using a metrological procedure to infer the uncertainty of the computed error from the statistics of the measured variables.
The error has been defined as a function of wavelength, using a metrological procedure to infer the uncertainty of the computed error from the statistics of the measured variables.
The IPCE is calculated as a function of wavelength using IPCE = (1,240 (mW⋅nm/mA I) / (λJlight), where λ is the incident light wavelength (nm) and I and Jlight are the photocurrent density (mA/cm2) and incident light irradiance (mW/cm2) at a specific wavelength[28].
The absorption and scattering coefficient as a function of wavelength are extracted using the four-flux model.
The simulated reflectance as a function of wavelength and h/D ratio using the model on our texture samples is shown in Fig. 7.
Fig. 8 Predicted reflectance values without any space among textures as a function of wavelength and h/D ratio using paraboloid model Fig. 9 Predicted reflectance values without any space among textures as a function of wavelength and wafer thickness for h/D = 1.40.
The observed ellipticities were recorded as a function of wavelength every 1 nm using a 0.1 mm path length quartz cell at 37 °C, and each spectrum is reported as an average of four scans.
Fig. 4. Upper panel: Extinction curves (extinction per hydrogen nucleus as a function of wavelength) calculated for the components used for the fitting to the grain size distribution.
Spectral radiance as a function of wavelength is subsequently obtained for each scene element using standard Fourier transform techniques.
