Sentence examples for as a function of the tilt from inspiring English sources

The phase speed of the SPP wave varies mainly as a function of the tilt of the CTF columns.

The plot of the position of the central wavelength as a function of the tilt angle is shown in Figure 3. Figure 3 Comparison of simulated shift of the central wavelength for low-doped and high-doped silicon photonic crystals.

The measured shift of the central wavelength as a function of the tilt angle is shown in Figure 5.Measurements for demonstration of the dual tunability induced by tilting and pore-filling were performed using a rugate photonic crystal having 32 periods and a central wavelength at 700 nm.

The visibility for each data point was measured in the same way as in Fig. 4. The decrease of the visibility is evaluated as a function of the tilts.

Fig. 8 Observed tilt angle of wavevector anisotropy as a function of the true tilt angle at different values of spectral slopes (top panel) (alpha = 1) (black), (alpha = 2) (gray), and (alpha = 3) (light gray).

The normalized values are shown in Fig. 4. Fig. 4 Substorm probability as a function of the total tilt.

The purpose of this paper is to statistically confirm the influence of tail current configuration on substorm onset by investigating the following phenomena: (1) substorm probability during periods with different dipole tilt angles and SW flow directions, (2) AL index dependence on the current sheet bending, and (3) the magnetotail lobe field magnitude as a function of the dipole tilt angle.

The results of these measurements are depicted in Fig. 5. Fig. 5 Visibility as a function of the relative tilted and thus in the reference plane shifted interfering TEM00-modes of the single signal photons in tangential and radial direction.

Figure 3a plots the ultimate efficiency η as a function of the nanowire array tilt angle β. η = 29.7% for the vertical nanowire array (β = 0°).

Figure 3b plots the absorption as a function of the wavelength and nanowire tilt angle β.

The maximum mixed cross-sectional area, Amax="A Δtmax, and mixing rate, 1/Δtmax, are estimated as a function of the flow parameters, which are the tilt angle, α, and free surface height, H0.