dephosphorization
Definition
- Noun:
- Chemical process: "dephosphorization" refers to the removal or elimination of phosphorus from a substance, typically in metallurgy or chemical engineering.
- Industrial application: It is specifically used to describe the process of reducing phosphorus content in materials such as steel, iron, or other alloys to improve their quality or properties.
Usage Examples
- Noun:
- The dephosphorization of steel is essential to prevent brittleness. (The removal of phosphorus from steel is necessary to avoid weakness.)
- Modern blast furnaces include dephosphorization steps to meet quality standards. (Industrial processes now incorporate phosphorus removal to satisfy requirements.)
Advanced Usage
"dephosphorization process": a specific method or technique for removing phosphorus.
- The dephosphorization process involves adding basic slag to the molten metal. (The method uses a chemical additive to extract phosphorus.)
"dephosphorization efficiency": the effectiveness of the removal procedure.
- High dephosphorization efficiency is achieved at elevated temperatures. (Better results occur when the material is very hot.)
Variants and Related Words
Dephosphorize (verb): to remove phosphorus from something.
- Engineers need to dephosphorize the iron before casting. (They must extract phosphorus from the iron.)
Dephosphorized (adjective): having had phosphorus removed.
- The dephosphorized alloy showed improved ductility. (The metal without phosphorus was more flexible.)
Dephosphorization (noun, alternative spelling): sometimes spelled with a "s" as "dephosphorisation" (British English).
- The dephosphorisation of steel is a common refining step. (The same process in British English usage.)
Synonyms
- Phosphorus removal: the act of taking away phosphorus.
- Phosphorus elimination: the complete extraction of phosphorus.
- Phosphorus extraction: the process of obtaining or removing phosphorus.
Related Idioms
- (No common idioms are associated with "dephosphorization," as it is a technical term used primarily in scientific and industrial contexts.)