Significance of Unpaired electron
An unpaired electron is defined as an electron that exists alone in an orbital, without being matched with another electron. This characteristic is significant as it influences the magnetic and electronic properties of copper complexes. The presence of unpaired electrons can affect various chemical behaviors and reactions, making them an important factor in the study of materials like copper complexes in science.
Synonyms: Free radical
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The concept of Unpaired electron in scientific sources
Unpaired electrons are single electrons in an orbital that influence the magnetic and electronic characteristics of copper complexes, significantly affecting their behavior and reactivity in various chemical contexts.
From: World Journal of Pharmaceutical Research
(1) An electron that is not paired with another electron in an orbital, which plays a crucial role in determining the magnetic and electronic properties of the copper complexes.[1]