Noun Phrase
/əˌlɪˈfætɪk ˈsʌlfər/
"Aliphatic sulfur" refers to sulfur compounds that have aliphatic structures, which means their molecules are composed of straight or branched chains of carbon atoms. These compounds are essential in various chemical reactions and are studied in organic chemistry and biochemistry. The phrase is uncommon in everyday language and is primarily used in scientific and technical contexts, particularly among chemists and biochemists.
This term is not frequently used in casual conversation and is more prevalent in written scientific literature and discussions within the chemistry field.
Исследователь сосредоточился на свойствах алифатного серы в синтезе новых органических материалов.
Understanding aliphatic sulfur's reactivity is crucial for developing effective pharmaceutical compounds.
Понимание реактивности алифатного серы имеет решающее значение для разработки эффективных фармацевтических соединений.
Various methods can be employed to analyze aliphatic sulfur in environmental samples.
The phrase "aliphatic sulfur" is not commonly used in idiomatic expressions due to its scientific specificity. However, other common idiomatic expressions involving sulfur or chemical terms may include concepts like 'sulfurous stench' or 'sulfuric acid,' which indicate strong or aggressive characteristics related to sulfur compounds.
Новый проект действительно имеет серный запах, намекая на скрытые проблемы.
As tensions rose, the conversation turned sulfuric, with accusations flying back and forth.
The term "aliphatic" comes from the Greek word "aleiphar," meaning "fat" or "oily," while "sulfur" comes from the Latin "sulfur," which is thought to derive from the Indo-European root meaning "to burn." The combination highlights the chemical characteristics and structure of sulfur-containing organic compounds.
Synonyms: - Aliphatic compounds containing sulfur - Non-aromatic sulfur compounds
Antonyms: - Aromatic sulfur (referring to sulfur compounds with ring structures) - Saturated sulfur (representing compounds with fully saturated bonds)
This comprehensive overview of "aliphatic sulfur" illustrates its scientific significance and contextual usage while providing a deeper understanding of related expressions and terms.