Constituents include borides such as titanium boride and aluminium borides, carbides such as titanium carbide, and aluminides such as titanium aluminide.

The boride of the metallic tantalum (tantalum boride) has a larger hardness than the metallic tantalum.

In addition, the cermet layer further comprises a binary boride.

The B2O2 by-product may be separated from the boride, by leaching away with hot water.

The boride source assembly includes one or more auxiliary source(s) (17) on the boride source (1), and can be divided at least two parts.

The present disclosure generally relates to Vanadium Boride nanoparticle synthesis.

Iron boride enriched at a level of more than 95 % by weight with boron-10

The alloys are such that they include boride pinning phases.

Also disclosed are methods of producing vanadium boride in situ from titaniferous magnetite ore or iron slag and uses for vanadium boride.

Cerium hexaboride (CeB6, also called cerium boride, CeBix, CEBIX, and (incorrectly) CeB) is an inorganic chemical, a boride of cerium.

Iron boride enriched at a level of more than 95 % by weight with boron-10

An electrical discharge of the anode is performed via multiple electron oxidation of vanadium boride.

A refractory material that is high-temperature resistant in an oxidizing medium contains at least hafnium boride and tantalum boride, the hafnium and the tantalum being present in the refractory material exclusively in compound form.

Individual borides have other important characteristics, such as titanium boride which is safe.

At least one of these ceramic phases is a metal boride or mixture of metal borides and another of the ceramic phases is a metallic nitride, metallic carbide, or a mixture of metallic nitride and a metallic carbide.