The phrase "a function of pumping" is correct and usable in written English.
It can be used in contexts related to mechanics, biology, or any field where pumping is a relevant process or action.
Example: "The efficiency of the system is a function of pumping speed and pressure."
Alternatives: "a result of pumping" or "dependent on pumping".
Normalized H3 + and D3 + yields from dissociative ionization of different organic molecules as a function of pump-probe delay.
a, The measured Γ(ωs, ωp) (see Fig. 2): that is, the intensity of generated signal photons at frequency ωs as a function of pump frequency, ωp.
Normalized H3 + (red solid line) and H2D+ (orange solid line) yields from dissociative ionization of CH3OD as a function of pump-probe delay.
We find optimal phase-matching conditions and calculate the parametric gains as a function of pump intensity and interaction length.
The results of both measurements are depicted in Supplementary Fig. 1, and show the expected dependence on the mean photon pair per pump pulse, which in turn is a function of pump laser intensity.
(a) Evolution of spin (circles on vertices) and chiral (triangles) correlation functions with pump strength A. (b) Minimum chiral spin liquid (CSL) excitation gap serving as a gauge of the phase as a function of pump frequency and strength.
The detailed kinetics of the scattering processes show variation as a function of pump power, probe wavelength and degree of reduction.
The formation timescale of H3+ was experimentally obtained using a femtosecond pump-probe technique, which utilizes a strong pump pulse to generate the reaction precursor, the doubly-charged parent ion, and a weak probe pulse to interrupt the formation of H3+. Figure 4 presents the H3+ yield from methanol as a function of pump-probe time delay over a time period of 1.0 ps.
Once the two H3 + formation pathways were identified, we looked at the time-resolved yields for H3 + formation from CH3OH molecules in order to ascertain the formation time. Figure 5 presents the time-dependent variation of the H3 + yield as a function of pump-probe delay over a time period of 1.5 ps.
