Sentence examples for template with uniform from inspiring English sources

A highly ordered OPAA template with uniform pore diameters of about 60 nm and smooth pore channels perpendicular to the membrane surface was fabricated by a two-step anodization process plus a step-by-step voltage decrement method as described previously[43, 44].

(a, b) The top SEM view of AAO templates with uniform hexagonal nanochannels prepared using H2C2O4 and H2SO4, respectively.

Figure 1a,b shows the top SEM views of AAO templates with uniform hexagonal nanochannels prepared using H2C2O4 and H2SO4, respectively.

The good news is that due to many diameter-controllable synthesis methods of ZNWs reported to date, finding templates with uniform diameters for the subsequent unique one specific ternary nanotube syntheses looks highly plausible.

The starting material was Sn-doped InP (>1 × 1018 cm-3) wafer, which was first etched at a constant voltage of 8 V in 7.5% HCl aqueous solution for 30 s. Next, the specimen was immersed in a mixture of pure HCl and H3PO4 (HCl:H3PO4 = 1 3 v/v) for a few minutes to remove the top irregular layer to obtain n-type porous InP templates with uniform and square pore arrays.

Physical property measurement system was applied to characterize magnetic properties of such Co/InP nanocomposites at 300 K with magnetic field sweeping from -15 to 15 KOe. Figure 2a shows the typical FE-SEM image of n-type porous InP template with nearly uniform and square pore arrays.

As a result, the resulting AAO template has uniform nanopores with a diameter of approximately 80 nm and a density of approximately 1 × 1010 cm−2.

Herein, a designed SiO2@MgO nanoparticle with uniform diameters was employed as template towards the synthesis of pseudocapacitive oxygen functionalized OMC.

Silica particles with uniform hexagonal mesopore architecture were synthesized by template directed sol gel condensation of tetraethoxysilane or mixture of tetraethoxysilane and 3-chloropropyl triethoxysilanee in a water–ethanol–ammonia solution.

Silica-sustained electrospun PVP fibers with uniform mesopores were synthesized via facile oxidative removal of template molecules by H2O2 extraction.

Since the assembled structure of melamine possesses homogeneous holes with uniform diameter, this porous network might act as host template to capture some appropriate guest molecule or ions.