Sentence examples for material we employed from inspiring English sources

For the matrix part of the material, we employed the Saint Venant Kirchhoff model.

In order to remain in the linear regime, and thus avoid ambiguities in the characterization of the material, we employ lightweight piezoelectric transducers and sensors and a low-noise amplifier for the acquisition of dynamic response data.

In our initial testing of these materials we employed an informal formative assessment strategy based on student input regarding the clarity of the background information and instructions provided; this focus reflects the process of creating the module.

To design reasonable morphology and optimize pore size distribution of materials, we employ a combination of sol-gel method and chemical activation with an aid of freeze drying to prepare a three dimensional hierarchical porous pitch-based aerogel (3DHPPA).

To account for interactions between the elastic waves and microstructure in finitely deformed 3D periodic fiber-reinforced materials, we employ the Bloch wave analysis superimposed on large macroscopically applied homogeneous deformations, and we implement the technique into a finite element code.

To avoid degradation of our active materials, we employ inert CO2 as the phase-change resist.

As a result, in order to explore the correlation between the luminescence and defects and the distribution of defects in the nanostructured ZnO material, we have employed Raman spectra, electrical characterization, low-temperature SR-CL, and temperature-dependent (TD) photoluminescence (PL) on our N-doped ZnO MR array samples.

On material interfaces we employ the EUCCLHYD nodal solver at the interface nodes with 1D acoustic approximate Riemann solver on the interface edges.

Since Materials Genome Initiative has been proposed for demonstrating promising approaches in achieving high-performance materials, here we employ such concept to present a Materials Genome Initiative inspired universal permittivity-attenuation evaluation diagram (PAED) for accelerating design of highly efficient dielectric-based microwave absorption composites.

Before detailing the particulars of the materials and methods we employed, in this section we aim to provide an overview of the many manipulations that can be used before, during, and after DNA/RNA extraction from fixed specimens.

As described in Materials and Methods, we employed a PCR condition that minimizes PCR errors and chimera formation during PCR: the use of PrimeSTAR HS DNA polymerase (Takara Bio) that have both high fidelity and high efficiency in amplification, and restriction of amplification cycles to 28 (Lenz and Becker 2008).