boride

As expected for a boride, it has a high melting point.

Strontium boride is used in insulation and nuclear control rods.

Thus magnesium boride has been proposed as fuel in ram jets,.

Strontium boride has also been examined for semiconducting properties at lower temperatures.

Nickel boride is in the form of black amorphous powder or black granules.

To prevent this reaction, the carbon fibers are coated with nickel or titanium boride.

This article focuses mainly on the most common nickel boride, NiB.

Nozzles are typically made of sintered boride.

The most remarkable plutonium boride is arguably PuB.

Aluminium boride is considered a hazardous substance as it reacts with acids and hydrogen gas to produce toxic gases.

Another remarkable yttrium boride is YB.

On heating with diborane, uranium hydride produces uranium boride.

Scandium dodecaboride is a refractory metal boride.

The preparation of amorphous nickel boride is simple compared with other borides which requires high temperatures, special techniques and equipment.

These borides are an alternative to diamond coated tools, and their (treated) surfaces have similar properties to those of the bulk boride.

Lanthanum oxide and the boride are used in electronic vacuum tubes as hot cathode materials with strong emissivity of electrons.

Strontium boride (SrB) is an inorganic compound.

The boride and borylene motifs tend to have the shortest bonds, typically from 2.00-2.15 Å.

Titanium boride (TiB) is intentionally added to the melt for grain refinement to improve mechanical properties.

One such chalcogen boride consists of two molecules of dimethyl sulfide attached to a boron-hydrogen molecule.

Strontium boride, along with other alkali-earth metal borides, has been shown to exhibit weak ferromagnetism at low temperatures.

The hydrolysis of magnesium boride was one of the first reactions to give a high yield(14%) of tetraborane.

It does not react with boron, silicon or carbon, and the corresponding boride, silicide or carbide are not known.

His work also resulted in him acquiring several patents including one for rhenium boride compounds to be used as abrasives, cutting tools and as protective coatings.