Advanced ceramics enhance our existence by their constant effectiveness. They play a critical role in electronics, telecommunications, manufacturing, transportation, medicine, support and space exploration. The high degree associated with hardness of some advanced ceramics is used in the design of body armour as used by soldiers and police officials. One type of entire body armour uses the hopeless ceramic known as boron carbide (B4C).
Your ceramic is bonded against a plate of fibreglass. 2 bullet strikes the ceramic denture, the bullet shatters directly into little pieces.
The ceramic also shatters near where the bullet hits but your fibreglass backing catches that fragments of bullet plus ceramic.
The person sporting the armour may acquire bruising, but at least the bullet didn't penetrate and potentially wipe out the wearer.
The largest market for advanced ceramics is due to the electronics industry.
Ceramics can display various electrical properties from insulators for you to resistors to semiconductors.
The large ceramic insulators that contain the high-voltage electrical transmission wires are made of alumina (Al2O3.
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