Sentence examples for substrates for practical from inspiring English sources

Many investigations on the mechanism of the surface plasmonic coupling and the fabrication of the nanogap-structured SERS substrates for practical application have been presented [3 17].

In addition, the substrate embedding of the Au-NG provides flexibility, a flat surface, and excellent adhesion to polymer substrates for practical applications.

In order to obtain a strong LSPR effect, it is often necessary to engineer the particle deposition density on substrates for practical application because the deposition density can greatly affect the optical property of the films[12].

Another potential use for these minicellulosomes lies in tailoring the cellulosomal organization to act optimally against specific substrates for practical applications.

We proposed an asymmetric hybrid plasmonic waveguide which is placed on a substrate for practical applications by introducing an asymmetry into a symmetric hybrid plasmonic waveguide.

The ensemble of AgMSs@GNPs with high surface-enhanced Raman scattering (SERS) activity and sensitivity can be an ideal 3D substrate choice for practical SERS detection applications.

The ensemble of AgMSs@GNPs with high SERS activity and sensitivity can be an ideal 3D substrate choice for practical SERS detection applications.

Nanosized anatase TiO2 particles anchored on nanocarbon substrates have great potential for practical applications in high-performance lithium ion batteries and efficient photocatalysts.

It has been reported that the degree of methylation of naturally occurring pectins is about 70% [ 7], thus making the robust activity of PelN on highly methylated substrates an attractive property for practical applications.

The analysis presented in the paper, including deposition distributions and impact velocity of injected metal powder and its vapor impinging on the substrate, provides valuable information for practical applications and the design work of plasma torch.

A flexible and convenient substrate is then highly desirable for practical applications of biomimetic materials, especially for fibers, which have advantages of having high aspect ratio, light weight, and high tensile strength.