uranyl radical Antonyms
No Synonyms and anytonyms found
Meaning of uranyl radical
Wordnet
uranyl radical (n)
the bivalent radical UO2 which forms salts with acids
uranyl radical Sentence Examples
- The uranyl radical, with its characteristic green fluorescence, serves as a crucial indicator of uranium presence.
- The uranyl radical exhibits exceptional stability due to its high oxidation state and strong covalent bonding.
- The solvation of uranyl radicals in aqueous solutions significantly influences their spectroscopic properties and redox behavior.
- The coordination chemistry of the uranyl radical involves the formation of complexes with various ligands, affecting its reactivity and speciation.
- The uranyl radical plays a vital role in the nuclear fuel cycle, enabling uranium extraction and purification processes.
- The intense fluorescence of the uranyl radical makes it a valuable tool for analytical techniques, including environmental monitoring and laser spectroscopy.
- The uranyl radical's unique properties have sparked interest in its potential applications in photocatalysis and solar energy conversion.
- The redox behavior of the uranyl radical is central to understanding uranium's geochemical cycling and environmental impact.
- The uranyl radical's interactions with biological systems have raised concerns regarding its toxicity and radiological effects.
- Advances in understanding the uranyl radical continue to inform uranium chemistry and its technological and environmental implications.
FAQs About the word uranyl radical
the bivalent radical UO2 which forms salts with acids
No synonyms found.
No antonyms found.
The uranyl radical, with its characteristic green fluorescence, serves as a crucial indicator of uranium presence.
The uranyl radical exhibits exceptional stability due to its high oxidation state and strong covalent bonding.
The solvation of uranyl radicals in aqueous solutions significantly influences their spectroscopic properties and redox behavior.
The coordination chemistry of the uranyl radical involves the formation of complexes with various ligands, affecting its reactivity and speciation.
