Tricalcium diarsorite

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Identification

Molecular formula
Ca3(AsO4)2
CAS Number
7789-75-5
IUPAC Name
tricalcium;diarsorite
Molecular Weight
329.86g/mol
Melting Point
(Celsius)
Boiling Point
(Celsius)
Density
3.6700g/cm3
Appearance
may vary slightly depending on the purity and specific crystallization conditions. Due to its crystal structure, it may demonstrate a variety of crystal shapes and habits in its solid form.
Synonyms
Tricalcium diarsenite
Interesting facts

Interesting Facts About Tricalcium Diarsorite

Tricalcium diarsorite is a fascinating compound that features prominently in various scientific discussions, especially within the realms of inorganic chemistry and materials science. Here are some engaging facts that showcase its significance:

  • Composition and Structure: This compound is composed of three calcium (Ca) ions paired with two arsenite (AsO₃) units. This unique combination contributes to intriguing structural properties, making it a subject of study in crystal chemistry.
  • Applications: Tricalcium diarsorite has potential applications in areas such as agricultural chemistry. Its components can influence soil chemistry positively, providing insight into nutrient management for crops.
  • Health Considerations: While calcium is essential for biological systems, arsenic in any form, including arsenites, is well-known for being toxic. This highlights the importance of careful handling and understanding of its ecological impact.
  • Crystal Habit: The crystallography of tricalcium diarsorite is of particular interest, as it can exhibit distinctive forms that help chemists understand bonding patterns and stability in multi-metal systems.
  • Historical Significance: As discussions about arsenic compounds have evolved over time, tricalcium diarsorite provides a glimpse into the interplay between toxic elements and essential nutrients in the study of minerals.

In summary, tricalcium diarsorite serves as more than just a chemical compound; it acts as a gateway to explore essential themes in chemistry, from toxicology to mineralogy. Each research investigation into this compound can yield important insights into the broader implications of chemical interactions in our environment.

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