Sentence examples for as a function of width from inspiring English sources

Figure 2a, b show the time-resolved emission intensities for a single-layer-graphene device as a function of width and amplitude of rectangular inputs, respectively (see Supplementary Note 4 for the results of the emitter with three-layer graphene).

(c) Longitudinal component of the scattered electric field (total E-field subtracted the E-field of the electron) for an electron beam probing at the resonance energy of four different groove widths W. (d) Peak resonance energy determined from EELS calculations as a function of width for the groove model in b (black line), MIM (Au SiO2 Au) waveguide (blue line), and bulk gold (red dash-dotted line).

The variation tendency of the mechanical property as a function of width of ZnO nanowires has been verified by Kulkarni et al. [44] and Wang et al. [25].

Figure 8 shows the CE (defined as the radio of the power flux recorded in a plane behind the interface of two waveguides to the source) between the plasmonic-combined waveguide (Hp = 20 nm and Wp = 25 nm) and the Si waveguide as a function of width for both TE and TM modes.

Figure 5b shows the measured maximum thermally induced frequency shift from Figure 4 as a function of beam width for the constant-width and alternating-width arrays.

Here, the percent transmission relative to rf-only quadrupole transmission (q = 0.706) of each ion was measured as a function of isolation width (from 50 Th, to the minimum width for the device, 0.4 Th).

In order to incorporate the increasing influence of ring width at higher cambial ages, the β0 parameter was allowed to vary as a function of ring width.

(c) LZ transition probabilities of M1 (blue line) and M2(red line) at ΦLZS=10 mΦ0 as a function of pulse width.

(a) The numerically simulated population of |1 after the triangular flux pulse is plotted as a function of the width and amplitude of the triangular flux bias.

In Fig. 3c, we plot the energy of the resonance peak E as a function of the width W for two different grooves.

As in the simulations of the groove, we position the electron probe in the centre of the MIM waveguide and calculate the resonance energy of the MIM aGSP mode as a function of the width of the insulating layer.