Sentence examples for further growth process from inspiring English sources

The further growth process is based on H abstraction and acetylene addition but also the contribution of small PAH is considered.

It is reported that the catalytically active Zn-terminated (0001) surfaces tend to have tiny Zn clusters and other Zn particles at the growth front, which could provide an active site for the further growth process, and hence comb teeth can grow in front of zinc-terminated (0001) surfaces [23].

In this picture, the key role of arsenic flux would be the reactivation of dissolution of the GaAs substrate by the metallic Ga droplets and further GaAs growth, processes that are also in the origin of the well-known flat depressions beneath the Ga droplets in the absence of an arsenic flux.

The crystal structure of NWs was studied by TEM to further understand the growth process.

To further investigate the growth process of Au tube, the thicknesses of an Au tube at different sites apart from the root of an Au tube were measured, as shown in Figure 5a.

Figure 6shows HRTEM image of synthesized ZnS tip, and there is no Zn metal or catalyst particles found on the tip, which further confirms that the growth process in the plasma is still a VS mechanism.

To further study the initial growth process, HRTEM observations were performed, as shown in Fig. 4. The HRTEM image taken from the ends of the nanowire closed to Au electrode, as shown in Fig. 4b, clearly shows that the lattice fringes derive from different crystalline grains.

SEM images of products reacting at (a) 5, (b, c) 10, (d) 15, (e) 30, and (f) 60 min; insert: TEM images at 10 min. The XRD patterns of the products at different reaction times shown in Figure 5 explain the growth process further.

Further development of the growth process is presently focused on producing N-UNCD films with thickness <50 nm.

The AFM investigation of a sample removed at an early stage of the growth process gives further insight into the working of the catalyst particle.

The grain growth in a supersaturated environmental solution is a diffusion-reaction-driven process, and is a further example in which the growth process is mathematically described by the time-dependent free boundary problem, coupled with the macroscopic processes.