What does delocalized mean?
Delocalized refers to a molecule or ion that has lost its localized electrons and is free to move within the material. This concept is crucial in understanding the properties of conductive materials. In chemistry, delocalized electrons are often described as being free to move within the material, allowing it to conduct electricity efficiently. The delocalized nature of a molecule can also make it highly reactive. This term is commonly used in chemistry and materials science to describe the behavior of electrons within a material. Understanding delocalized electrons is essential for developing new materials with specific properties. Delocalized electrons can also be found in biological systems, where they play a crucial role in the functioning of certain enzymes. Overall, delocalized is an important concept in chemistry and materials science, and its understanding has led to significant advances in various fields.
adjectiveDescribing a molecule or ion that has lost its localized electrons and is free to move within the material.
- Describing a molecule or ion that has lost its localized electrons and is free to move within the material.
"The delocalized electrons in the metal allowed it to conduct electricity efficiently."
"The delocalized electrons in the metal allowed it to conduct electricity efficiently."
"The delocalized nature of the molecule made it highly reactive."
Reviewed by Deb Chak, Editor. AI-assisted content curated by RJS Tech Solutions LLP.
Etymology of delocalized
The term 'delocalized' comes from the combination of 'de-' and 'local'. In chemistry, the concept of delocalized electrons was first introduced in the early 20th century. The term has since been widely adopted in chemistry and materials science to describe the behavior of electrons within a material.
How delocalized is actually used
In chemistry, delocalized refers to the movement of electrons within a molecule or ion. This concept is often used to describe the properties of conductive materials.