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We have demonstrated that our EC leaching process efficiently leaches feedstocks with variable compositions.
CMI research at ORNL has demonstrated the ability to determine the size and type of several unknown fasteners from automobile drivetrains using an image processing system.
CMI research at Ames Laboratory used high-throughput (HiTp) synthesis and rapid characterization to identify permanent magnet alloy compositions with decreased critical material content, and was accepted for publication in ACS Combinatorial Science.
CMI research erformed 2D NMR and theoretical calculations on Trihexyl(tetradecyl)phosphonium dicyanamide (Solvay product Cyphos IL 105) to model the strength of the intra and intermolecular forces in the ionic liquids.
Characterization of suitable donor dopants in ultrawide bandgap (Alx,Ga1-x)2O3 (AlGO)
CMI research at Lawrence Livermore National Laboratory has been published in a book chapter summarizing state-of-the-art theoretical understanding of point defects in gallium oxide
CMI research on an electrochemical leach process developed by researchers at Idaho National Laboratory were formulated into a technical paper accepted by a journal.
CMI research at Idaho National Laboratory demonstrated Li2CO3 recovery, with a Li purity over 90 percent, from a leachate surrogate sample containing Li and Mn.
CMI research produced a Critical Materials Periodic Table. Every element includes market pricing, supplier information, U.S. import reliance, and crustal abundance.