Sentence examples for substrates which would from inspiring English sources

The proposed approach enables the fabrication of porous ZnO films requiring high temperature preparation on flexible polymer-based substrates which would otherwise degrade at high temperatures.

The results indicate that the particles in nozzle center region have relatively low impact velocity and temperature on substrates, which would bring about nonhomogeneity and nonuniformity of formed coatings.

The free-standing film can be transferred easily to other substrates, which would promote their applications in different fields.

If this were the case, it would present the possibility of using terminal and disubstituted alkenes as substrates, which would be otherwise unreactive due to their high oxidation potentials.

Recent developments have explored marginally meaningful alternatives to fossil fuels such as bioethanol using corn grains or sugarcane juice as substrates, which would result in tremendous price hikes for basic food commodities around the world [ 2].

In 2005, MacMillan and co-workers reported a combination of transfer hydrogenation using Hantzsch ester and electrophilic fluorination using NFSI on enal substrates, which would allow the formal asymmetric addition of HF across trisubstituted olefin systems using a cascade-catalysis approach (Scheme 40).

As a result, this ordered structure provides more delocalized electrons along the direction that perpendicular to the substrate, which would result in an improvement of the carrier mobility along this direction.

Figure 4b shows the bottom of the ZnO nanowire film after it was removed from the Si substrate, which would be attached onto a FTO-coated substrate using silver paste.

However, in their work, Eu silicate was obtained through the complex reaction between the deposited Eu2O3 film and Si substrate, which would inevitably cause inhomogeneous distribution of Eu silicate.

It has been shown that Si vapor source could be generated from thin Cu layer-coated Si substrate at the annealing of high temperature [26]; therefore, the Si vapor source could be controlled by the size of bare Cu-coated Si substrate, which would flow gradually down to the region of 3D carbon-post-patterned Si substrate with the flow of carrier gas.

Moreover, it is expected that decreasing the size of the apertures in the stencil mask would decrease the size of the catalyst deposited onto the substrate, which would in turn decrease the number of synthesized CNTs, as shown in Figure 1b.