amylene (Meaning)
amylene (n.)
One of a group of metameric hydrocarbons, C5H10, of the ethylene series. The colorless, volatile, mobile liquid commonly called amylene is a mixture of different members of the group.
Synonyms & Antonyms of amylene
No Synonyms and anytonyms found
amylene Sentence Examples
- The chemist isolated a pure form of amylene from the reaction mixture, confirming the success of the synthesis.
- Amylene, a hydrocarbon with multiple industrial applications, is often utilized as a solvent in various chemical processes.
- The researchers investigated the catalytic properties of amylene in a series of organic transformations, revealing its versatility.
- The distillation process efficiently separated amylene from the mixture, providing a highly concentrated and pure product.
- Amylene's low boiling point makes it an ideal candidate for certain extraction processes in the petrochemical industry.
- The chemical plant upgraded its production facilities to accommodate the increased demand for amylene-based products.
- In the laboratory, students conducted experiments to analyze the reactivity of amylene with different reactants.
- Amylene proved to be a valuable component in the formulation of adhesives due to its excellent bonding properties.
- The research team explored sustainable methods for the synthesis of amylene, aiming to reduce environmental impact.
- Amylene, when subjected to specific reaction conditions, exhibited unexpected isomerization patterns, prompting further investigation by the scientific community.
FAQs About the word amylene
One of a group of metameric hydrocarbons, C5H10, of the ethylene series. The colorless, volatile, mobile liquid commonly called amylene is a mixture of differen
No synonyms found.
No antonyms found.
The chemist isolated a pure form of amylene from the reaction mixture, confirming the success of the synthesis.
Amylene, a hydrocarbon with multiple industrial applications, is often utilized as a solvent in various chemical processes.
The researchers investigated the catalytic properties of amylene in a series of organic transformations, revealing its versatility.
The distillation process efficiently separated amylene from the mixture, providing a highly concentrated and pure product.
