Sulfurization: meaning, definitions and examples
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sulfurization
[ ˌsʌlfərɪˈzeɪʃən ]
chemical process
Sulfurization is a chemical process in which sulfur is introduced into a material, often to improve its properties or to facilitate certain chemical reactions. This term is commonly used in various fields such as materials science, chemistry, and metallurgy.
Synonyms
sulfur processing, sulfur treatment.
Examples of usage
- The sulfurization of rubber enhances its durability.
- In the production of certain alloys, sulfurization plays a critical role.
- The sulfurization process is essential in the extraction of metals.
Translations
Translations of the word "sulfurization" in other languages:
🇵🇹 sulfurização
🇮🇳 सल्फराइजेशन
🇩🇪 Schwefelung
🇮🇩 sulfurisasi
🇺🇦 сульфурація
🇵🇱 siarkowanie
🇯🇵 硫黄化
🇫🇷 sulfuration
🇪🇸 sulfurización
🇹🇷 kükürtleme
🇰🇷 황화
🇸🇦 كبريتة
🇨🇿 sulfurování
🇸🇰 sulfurovanie
🇨🇳 硫化
🇸🇮 sulfatacija
🇮🇸 súlfúrgerð
🇰🇿 сульфирлеу
🇬🇪 სულფურიზაცია
🇦🇿 sülfürləşmə
🇲🇽 sulfurización
Etymology
The term 'sulfurization' is derived from the root word 'sulfur,' which comes from the Latin 'sulfurium' and the Greek 'theion.' The use of sulfur dates back to ancient times, where it was recognized for its distinctive properties and potential applications. In chemistry, sulfurization became significant during the Enlightenment period when scientists began to explore the elements and their reactions. The concept of intentionally adding sulfur to materials to alter their characteristics gained traction in the 19th century, particularly in industrial applications like vulcanization in rubber manufacturing. Over time, sulfurization has evolved and expanded its relevance across various scientific domains, cementing its place as a valuable process in modern chemistry and materials science.