Category
Basic
Description
Organometallic compounds are chemical species containing at least one direct bond between a carbon atom of an organic molecule and a metal atom. These compounds have a wide variety of uses, including OLEDs, semiconductors, reagents, catalysts, and pharmaceuticals. The compounds synthesized in this report are similar to the compounds used in the production of OLEDs and semiconductors.This research focuses on the synthesis and characterization of fluoromethyl-substituted aromatic tricarbonyl complexes employing Group 7 metal centers. Group 7 tricarbonyls have several applications that include hydrodesulfurization, medicine, and electronic materials. These complexes have been shown to be quite stable towards O2 and H2O in the context of organometallics. They exhibit a variety of colors in the visible spectrum and have a wide range of oxidation states.
Synthesis and Characterization of Group 7 Tricarbonyl Fluoromethyl Substituted Aromatics
Basic
Organometallic compounds are chemical species containing at least one direct bond between a carbon atom of an organic molecule and a metal atom. These compounds have a wide variety of uses, including OLEDs, semiconductors, reagents, catalysts, and pharmaceuticals. The compounds synthesized in this report are similar to the compounds used in the production of OLEDs and semiconductors.This research focuses on the synthesis and characterization of fluoromethyl-substituted aromatic tricarbonyl complexes employing Group 7 metal centers. Group 7 tricarbonyls have several applications that include hydrodesulfurization, medicine, and electronic materials. These complexes have been shown to be quite stable towards O2 and H2O in the context of organometallics. They exhibit a variety of colors in the visible spectrum and have a wide range of oxidation states.
