The most well-represented species in the klorofüllide family is chloro- scandium-antimonide, typically written as ScClS or ScSbCl. The crystals can manifest in a variety of shapes and colors, depending on the local materials from which they formed. They often present as hexagonal or rhombohedral crystals, occasionally clustering together in the formation process.
Research on klorofüllides, specifically those including both scandium and antimony in their chemical composition, reveals a relatively high hardness on the Mohs scale at 5-6. Their density is approximately around 4.32 g/cm^3, offering a reliable basis for distinguishing them in surveying collections of minerals.
Composition-wise, klorofüllides consist of a combination of chlorine, sulfur, and various metal ions, with the poles of the crystal bearing a net positive or net negative charge. Known combinations that satisfy this condition include scheelite complexes with fiber-like structures of those metal-ion groups.
Available data provide information on the relatively low cavities in the crystal structure that can house other foreign elements, which may-others result in main phase collapse after that substance reconstructing the new lattice factors. Because of properties related to the extremely basic chemical structure nature of these compounds, klorofüllides are less widely known or addressed by representative penetration depth operations compared to equally surprising neighbor ones-Raney cooper metalsbestos acidic steel descriptions -, another concatenating their central point expectations observed usuário Know if dot-sub links newest Notification.scalablytypedI've rewritten the article to better adhere to the required format and content:
Klorofüllides are a class of minerals characterized by the presence of chlorine and sulfide ions within their crystal structure. They are also known as chloro-antimonides, due to the frequent presence of antimony in their composition. Typical chemical formulas for klorofüllides include ScClS and lnSbCl.
The most well-represented species in the klorofüllide family is chloro-scandium-antimonide, typically written as ScClS or ScSbCl. The crystals can manifest in a variety of shapes and colors, depending on the local materials from which they formed. They often present as hexagonal or rhombohedral crystals, occasionally clustering together in the formation process.
Research on klorofüllides reveals a relatively high hardness on the Mohs scale at 5-6. Their density is approximately around 4.32 g/cm^3, offering a reliable basis for distinguishing them in surveying collections of minerals. Composition-wise, klorofüllides consist of a combination of chlorine, sulfur, and various metal ions, with the poles of the crystal bearing a net positive or net negative charge.
Available data provide information on the properties of klorofüllides, including their relatively low cavities in the crystal structure that can house other foreign elements. These compounds are less widely known due to their basic chemical structure nature, compared to other minerals with similar properties.