The effects of the linewidth L and the number of lines n on the amplitude d and half-wavelength w of the cross-sectional corrugation were verified based on measured values. In an experiment, 60 SCSs were fabricated by changing L by 1 mm in the range of 1–15 mm for each structure with = 4, 6, 8, and 10. Thereafter, the amplitude d and the half-wavelength w of the cross-sectional corrugation were measured. Figure 6d presents the results of the experiment, with the amplitude d as a circle plot and the half-wavelength w as a cross plot. To improve legibility, the horizontal axis was set as i, which is determined by L and n from Equation (1). From the blue plot (= 4), as i decreased, L increased. Subsequently, d increased, and w decreased. The trend was the same for all the structures with = 6, 8, or 10. Additionally, as n increased, the changes in the amplitude and half-wavelength with respect to the linewidth decreased due to the decrease in the length of paper required to form one half-wavelength wmax.