Interesting facts
Interesting Facts About Dichloro(pentyl)arsane
Dichloro(pentyl)arsane is a fascinating organoarsenic compound that presents intriguing features and applications within the field of chemistry. Here are some key points that highlight its significance:
- Organometallic Chemistry: This compound falls under the category of organometallics, a branch of chemistry that deals with compounds containing metal-carbon bonds. The presence of arsenic in its structure makes dichloro(pentyl)arsane a unique member of this family.
- Environmental Impact: Arsenic compounds are well-known for their toxicological properties. Understanding dichloro(pentyl)arsane's behavior in the environment is critical, especially regarding its potential bioaccumulation.
- Synthesis: The synthesis of dichloro(pentyl)arsane showcases the intricacies of organosilicon chemistry. The typical processes involve halogenation reactions and can demonstrate the reactivity of arsenic with carbon chains.
- Applications: This compound has potential applications in material science and agricultural chemistry, particularly as a precursor in the development of arsenic-based materials and pesticides.
- Safety Concerns: Due to the toxic nature of arsenic, handling dichloro(pentyl)arsane requires strict safety protocols. It serves as a reminder of the importance of safety in chemical research, making it a vital topic in laboratory training.
Research into dichloro(pentyl)arsane continues to unravel more about its properties and potential. As chemists delve deeper into organoarsenic compounds, they contribute to a better understanding of their role in both synthetic chemistry and environmental science.
Synonyms
Amyldichlorarsine
ARSINE, AMYLDICHLORO-
Dichloropentylarsine
Pentyldichloroarsine
N-Amyldichlorarsine
Arsine, dichloropentyl-
TL 164
692-95-5
BRN 1733961
DTXSID80219234
DTXCID00141725
3-04-00-01807 (beilstein handbook reference)
Pentyldichloroarsenic
SCHEMBL7848377
Solubility of Dichloro(pentyl)arsane
Dichloro(pentyl)arsane, with the chemical formula Cl2C5H11As, exhibits intriguing solubility characteristics that are worth noting:
It is important to note that while solubility might not be extensively researched for all metalloid compounds, the polar nature of the chlorine substituents can introduce unique interactions depending on the solvent used. As a result, the solubility profile of dichloro(pentyl)arsane emphasizes the significance of solvent choice in chemical applications and environmental studies.