Sentence examples for the material suitable from inspiring English sources

Also, the conduction band offset of AlGaN/GaN takes most of the band offset, making the material suitable for n -channel electronic devices.

The properties of the nanoparticle/nanocluster filled resin block make the material suitable for chairside CAD-CAM post-and-core fabrication.

Tasks (a) and (b), related to functions on the event of a lithium leak, involve selection of the material suitable for extinguishing lithium fires and assessment of corrosive effects of leaked lithium on materials at high temperature, respectively.

The results show that there exists an optimal combination of size and proportion of rubber particles that improves the performance of the material under cyclic load stresses, which makes the material suitable for the construction of rigid concrete pavements.

It was established that processing the material had the beneficial effect of softening the material from the as-received condition, making the material suitable for subsequent forming operations, such as cold drawing.

Given that alkali metal is present in the selected carbon precursor, high-temperature activation causes reaming of carbon-K-800-1 carbon-K-800-1 carbon-K-800-1 carbon-K-800-1018 m2 g−1, toereby rendering the machieve suitable for use as an electrode for supercapacitors.

Those innovations will be accompanied by similarly striking improvements in the range and quality of the materials suitable for use in 3D printing, thereby enhancing its creative possibilities.

In the work presented, we continue to search for the materials suitable for highly sensitive and selective recognition of ammonium.

Also, functionalization of the gold surface with thiol groups, allows the linkage of functional ligands and subsequently make the materials suitable for catalytic and optical applications [55, 56].

The thermomechanical properties coupled with desirable dielectric properties make the materials suitable for high density integrated circuitry or high temperature low-dielectric materials engineering.

These properties make the materials suitable for the fabrication of transistors based on the 2DEG operating at high frequencies (up to tens of gigahertz), i.e., high-electron mobility transistors (HEMTs).