Trimethylindium is used as a high-quality solid indium source for semiconductor compound deposition in high-performance and high-efficiency solar cells such as light-emitting diodes, laser diodes, and transistors.
In a reactor filled with inert gas, the raw material of indium-magnesium alloy was put into the reactor, in the presence of ether solvent, the halothane was added gradually under stirring condition, and the solvent reflux rate was controlled by controlling the titration rate of the halothane, and the solvent was evaporated out after the completion of the reaction, then the complex of trimethylindium and ether was obtained under reduced pressure, and finally trimethylindium was obtained by deconvolution.
