Sentence examples for surface of template from inspiring English sources

In nanoimprint lithography, a surface oxidation process is needed to produce an effective poly(dimethylsiloxane) coating that can be used as an anti-adhesive surface of template molds.

The high-resolution SEM image in Figure 3e shows that nearly 98% pore filling ratio on the top surface of template was achieved at this location in the template.

The typical procedure is that the template is coated by either direct surface reaction utilizing special functional groups on the core or controlled precipitation of inorganic precursors on the surface of template to induce coating, followed by the removal of template core through calcination or solvent dissolution [19, 20, 21].

In addition, the content of silanol groups on the surface of template porous SiO2 opal is supposed to have a great influence on the post-synthesis of alumination (Mokaya and Jones 1999; Li et al. 2001; Zhao et al. 1997), and the content of the silanol groups mainly depends on pretreatment conditions, such as calcination temperature and whether or not there has been a hydrothermal treatment.

The quantity of moisture on the surface of templates controlled the gelation of HA slurry prepared by dissolving powder into dilute chitin solution, so that the stripe pattern was formed on the pore wall after the HA slurry was solidified and the sugar sphere template was leached.

As previously reported, after removal of the silica template, the ordered mesostructure is seldom maintained, because the inorganic precursors are inclined to be absorbed on the external surface of templates and the channels are not completely filled up, which causes the framework formed inside the pores to be lacking in sufficient internal cross-linkage.

As shown in Figure 1(a), the pore diameter of AAO template was approximately 200 nm and the size of AAO template was 2 × 2 in2. Figure 1 AAO template: (a) SEM image of the surface of AAO template and (b) contact angle of the AAO template after anti-sticking treatment.

Co particles had uniform distribution over pore sidewall surface of InP template, which was different from that of ceramic template and may open up new branch of fabrication of nanocomposites.

Figure 2b is the side view of the vertically cut template, which clearly shows the AAO template possessing coterminous nanopores parallel to each other and perpendicular to the surface of the template.

The peak reflectance of 20 stacks DBRs on GaN template reaches up to 82% located at 326 nm.While those DBRs grown on AlGaN template do not show such structural and optical properties due to the rough surface of AlGaN template and the poor interfaces of AlN/AlGaN.

The residual solution on the surface of the template was rinsed with distilled water.