boride
- noun
- /ˈbɔːraɪd/
- Specialized
- Magnesium boride is frequently used in industrial applications due to its chemical resistance.
Examples
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The research focused on synthesizing a new boride that could improve materials used in electronics.
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A variety of oxides, borides
Academic text (1997) -
The most refractory materials known, carbides like tantalum carbide, borides and sulfides, and a few elements like hafnium, have melting points approaching 4000 Fahrenheit.
Fiction book (1998) -
Scientists often study borides for their exceptional hardness and thermal stability.
How Hard
Surface Forms
Morphology
boride = boron (semi-transparent) = bor + ide
Formed from the element name 'boron' plus the chemical suffix '-ide' indicating a binary compound; understanding the meaning requires some knowledge of chemical naming.
Etymology
The word boride comes from the element boron and the chemical ending -ide, where -ide means 'combined with'. So a boride is a chemical compound where boron is joined to another element, often making a very hard material that resists wear.