Part of Speech

Verb

Pronunciation

/ˈkæl.saɪn/

Definitions

• 1. (Verb) To heat a substance, typically a metal ore, to a high temperature without melting it, in order to bring about a chemical change, usually by driving off impurities.
• 2. (Verb) To undergo or subject to calcination, typically in the context of chemical processes or metallurgy.

Usage Examples

• The workers used a furnace to calcine the limestone, turning it into quicklime.
• Calcining the ore at high temperatures removed the impurities, making the metal purer.

Etymology

Derived from the Latin word "calcinare," meaning "to burn with lime," which comes from "calx," meaning "lime" or "quicklime." The term has been used since the early 18th century to describe the process of heating substances to high temperatures.

Synonyms

• Roast
• Burn
• Heat
• Furnace

Antonyms

• Cool
• Freeze

Translations

Regional Pronunciation Variations

The pronunciation of "calcine" may vary slightly in different regions, especially between British and American English. In American English, the stress is often placed more heavily on the first syllable, while in British English, it may be more evenly distributed.

Historical Usage

The term "calcine" has been in use since the early 1700s and is closely associated with the process of calcination, which has been important in metallurgy and the production of lime. It was initially used to describe the heating of lime to produce quicklime, but over time, its meaning expanded to include similar processes in other industries.

Cultural Nuances

In various cultures, calcination and related processes were often associated with purification or transformation. In alchemy, for instance, calcination was thought to purify a substance by burning it at high temperatures, a symbolic step in the "transmutation" of base metals into gold. In modern industrial contexts, calcination is seen as a crucial process for the refinement of materials.

More Information

Calcination is an essential process in several industries, including cement production, metallurgy, and chemical manufacturing. It is used to remove impurities from metals, produce quicklime from limestone, and synthesize certain chemicals. Modern advancements in calcination technology focus on improving energy efficiency and reducing environmental impact, making the process more sustainable. The term "calcine" continues to be important in both scientific and industrial contexts, particularly in processes that require high temperatures to induce chemical reactions.