The phrase "as a function of the laser" 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 the laser's characteristics or parameters.
Example: "The intensity of the beam varies as a function of the laser's wavelength."
Alternatives: "in relation to the laser" or "depending on the laser".
(c) and (d) as a function of the laser power density (Plaser), together with a linear fit.
We note that we measured Itransient as a function of the laser polarization also for the positions as indicated by the open triangles in Fig. 4c.
The microstructure and hardness of the laser-affected zones were studied as a function of the laser beam parameters.
Obtained thermal spin signals under (a) perpendicular (Bz) and (b) in-plane (Bx) magnetic fields as a function of the laser power density (Plaser) at RT in the case of heating the FM.
Covering a wide intensity range within the "non-sequential" (NS) double ionization regime, the importance of different NS double ionization mechanisms is explored as a function of the laser intensity.
The thickness of the fibrous nanostructured layer increases as a function of the laser dwell time.
For bound states in Ga1 − xIn x N y As1 − y/GaAsDQW which has the width L w1 = L w2 = 100 Å, Lb = 50 Å as a function of the laser-dressing parameter.
In order to see the effect of the ILF on the electronic states, the variations of energy levels for bound states in Ga1 − xIn x N y As1 − y/GaAs DQW as a function of the laser-dressing parameter for a constant N (In) concentration and two different In (N) concentrations are given in Figure2a,b,c, respectively.
This paper uses data collected by five burn centers, two in the UK, one in Belgium and two in the USA, to develop and validate a probabilistic model of burn healing time, as a function of the laser-Doppler flux measurements, and of demographic and observational variables.
Figure 4 The characteristic curve of peptide QD-DNA system by plotting the transmission of the signal laser as a function of the control laser intensity.
Figure 3a shows the measured optical depth OD Δνp) as a function of the probe laser frequency.
