carbide

He wants some more carbides, and promises explosive in exchange.

This he makes from his natural carbides, but there are a number of complex reactions, all taking power, after that.

The needed nitrogen has been located, and a bed of carbides Moore wanted, as well.

The following table shows actual structures of the metals and their carbides.

Some metals, such as lead and tin, are believed not to form carbides under any circumstances.

The following reactions are possible between metal carbides and water:

They are also used as precursors for the synthesis of more complicated carbides.

The alloying elements tend to form either compounds or carbides.

The carbides in it are small and evenly distributed.

Moore asks for very large supplies of carbides and nitrides.

The carbides are stable at high temperatures and have excellent heat transfer properties.

However, they are usually divided into grey and white cast-iron, depending on the form that the carbides take.

In addition to the carbides, other groups of related carbon compounds exist:

Carbides of this class decompose in water producing methane.

Metal carbides are brittle due to the strong bonds that exist between carbon atoms.

He specialised in research on carbides, silicates and measurement of atomic mass.

Titanium, niobium, and their carbides dissolve in steel at very high temperatures.

Like most of the other refractory metals, the hard forms are stable nitrides and carbides.

Carbides are binary compounds of carbon with an element that is less electronegative than it.

These compounds are important industrially, for example some transition metal carbides and nitrides.

If this planet weren't made of carbides and graphite, it'd probably still be molten."

The naming of ionic carbides is not systematic.

These carbides have metallic properties and are refractory.

In molten metals it dissolves and forms metal carbides.

Carbides tolerate much higher machining speeds without wearing.