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Beryllium nitride is a compound that can be made from heating a mixture of beryllium powder and nitrogen gas at high temperatures. Write the complete, balanced equation for this reaction:
The beryllium nitride formula is Be3N2
It is an odorless and colorless oxide, formed from the whitish mineral bromellite (BeO). This oxide has high thermal conductivity, electrical resistance, dielectric strength, and corrosion resistance. It is used in a wide range of applications, including making high-temperature refractory ceramics, electronic heat sinks, gyroscopes, rocket nozzle crucibles, and military armor vehicles.
Beryllium is an element that occurs naturally in a variety of minerals, including beryl and chrysoberyl. It is also found in a number of other metallic compounds, such as beryllium chloride, beryllium hydroxide, and beryllium oxide.
The only stable isotope of beryllium is 9Be, which has a half-life of 1.5 million years and decays to 10Be by electron capture and neutron emission. Many of the other isotopes have short half-lives and are unstable. They are also radioactive and have various uses in science.
Beryllium is used in windows for X-ray tubes and as a filter to protect against radiation. It is also used to make gyroscopes and accelerometers for determining inertial guidance systems in missiles, aircraft, and spacecraft. The light weight and high melting point of beryllium make it an important building block for these devices. It is also useful in heavy-duty brake drums and similar applications where a good heat sink is needed.