Sentence examples for binary nitrides have been from inspiring English sources

A number of binary nitrides have been identified as active ammonia synthesis catalysts in the literature, including those of molybdenum [10, 12, 13, 14], uranium [15, 16], vanadium [17, 18], rhenium [19, 20] and cerium [21].

Transition metal nitrides have been investigated as both catalyst and catalyst support materials in different energy devices, including dye-sensitized solar cells, fuel cells, and batteries.

Thus, several forms of nitriding have been developed in order to improve surface properties and bioperformance of Ti-based biomaterials.

The use of graphene and boron nitride has been explored earlier for ultrathin circuitry [11].

Boron nitride has been produced in amorphous (a-BN) and crystalline forms.

Recently, tetragonal, hexagonal and dodecagonal cycles for carbon, boron nitride (BNNT) and aluminum nitride nanotubes have been proposed [22].

Nanoscale inhomogeneities in stiffness on the titanium nitride films have been attributed to softer substoichiometric titanium nitride species and/or trapped subsurface gas.

Dense silicon nitride compacts have been obtained by this techniques at temperatures 1500 1700 °C.

Furthermore, boron nitride nanotubes have been shown to interfere with the MTT cell viability test.

Furthermore, BN analogs of many carbon nanostructures such as boron-nitride nanotubes, boron-nitride nanosheets, etc., have been well studied and reported.

Zirconium oxide nitrides, for instance, have been shown to be active catalysts for ammonia decomposition [14].