Sentence examples for bundle height from inspiring English sources

Indeed, when plotting the G+ and G- intensities as a function of the bundle height, we observe an increased intensity with increasing height (see Figure 4).

Based on the assignment made for the RBM in the previous section, we will now discuss the dependence of the G-mode on bundle height and nanotube chiral index.

For example, at positions (1) and (5), where similar height profiles of bundles are observed (Figure 1, Table 1), the TERS intensities of the G+ and G- modes are considerably higher for the smaller bundle height [position (5), Figure 4].

In this study, we performed thermal chemical vapor deposition for growing vertically aligned carbon nanotube (VACNT) bundles for a field emitter and applied photolithography for defining the arrangement pattern to simultaneously compare square and hexagonal arrangements by using two ratios of the interbundle distance to the bundle height (R) of field emitters.

Its intensity varies longwise the measured positions, becoming stronger at positions (3) and (4), in accordance with the corresponding height profiles (Table 1) of the nanostructure ( A ) (Figure 1). Figure 2 TERS intensity as a function of the position along the SWCNT bundle and bundle height, exemplified on RBM_7.

When overexpressed in Arabidopsis, 35S::PttClineslines demonstrated a loss of vascular organization, increased numbers of cells per vascular bundle, and decreased plant height.

We formulate in situ parameter identification techniques for multistable spring models of compressed CNT bundles, which capture the sequential buckling through the height of the bundle, as well as the overall mechanical response.

Each fiber consists of bundles of stripes with height of 0.8 ± 0.1 nm.

The width represents the estimated span of the electrode bundle (~1 mm), and the height represents the approximate extent of recording across all sessions.

The TERS intensity of G-mode in carbon nanotubes is strongly dependent on the height of the bundle.

Here, we show that the Raman intensity of the G-mode in tip-enhanced Raman spectroscopy (TERS) is strongly dependent on the height of the bundle.