CaC602

CaC602 is a chemical compound that represents a calcium intercalation compound of fullerene C60. In this structure, calcium atoms are inserted between the fullerene cages of C60 molecules. These types of compounds are known as fullerides. The precise stoichiometry of CaC602 indicates that on average, two calcium atoms are associated with each C60 molecule. The arrangement of calcium ions and C60 anions leads to unique electronic and structural properties.

CaC602 has been investigated for its potential superconducting properties. Like other alkali-metal and alkaline-earth metal fullerides, it can exhibit superconductivity when cooled to sufficiently low temperatures. The superconducting transition temperature and other characteristics are influenced by the specific arrangement and number of intercalated cations, as well as the pressure applied. Research into these materials aims to understand the mechanisms of superconductivity in fullerene-based systems and to explore potential applications in areas requiring high-temperature superconductivity. The synthesis and characterization of CaC602 involve techniques such as X-ray diffraction and various spectroscopic methods to confirm its structure and properties.