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CAS 39722-81-1

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Iridium, di-m-chlorotetrakis(h2-ethene)di-

Description:
Iridium, di-m-chlorotetrakis(h2-ethene)di- is a coordination compound featuring iridium as the central metal atom, coordinated with multiple ligands. The presence of di-m-chloro indicates that two chloride ions are bonded in a bridging manner, while tetrakis(h2-ethene) suggests the coordination of four ethene molecules, each contributing to the overall stability and reactivity of the complex. This compound is characterized by its unique electronic structure, which can influence its catalytic properties, particularly in reactions involving olefins. The iridium center typically exhibits a high oxidation state, contributing to its ability to facilitate various chemical transformations. Additionally, the geometry of the complex is likely to be octahedral, a common arrangement for transition metal complexes with such ligands. The compound's applications may extend to catalysis in organic synthesis, particularly in processes involving alkene metathesis or hydrogenation. Overall, the unique combination of iridium with ethene and chloride ligands results in a compound with distinct chemical properties and potential utility in advanced materials and catalysis.
Formula:C8H16Cl2Ir2
Synonyms:
  • Bis((m-chloro)bis(h2-ethylene)iridium)
  • Bis(chlorobis(h2-ethylene)iridium)
  • Bis(ethylene)chloroiridium dimer
  • Chlorobis(ethylene)iridium dimer
  • Di-m-Chlorotetrakis(ethene)diiridium
  • Dichlorotetrakis(ethene)diiridium
  • Chlorobis(ethylene)iridium(I) Dimer &gt
  • Dichlorotetra(ethylene)diiridium(I)
  • Chlorobis(ethylene)Iridium(I)Dimer
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