Research Highlights

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Nd-Fe-B magnets mechanical properties improved

CMI researchers at Ames Laboratory conducted the research for this highlight

$Image shows typical fracture pattern (red) in Nd-Fe-B sintered magnet (black: Nd-oxide phase)$

Isolation of a native microbe with potential for bioleaching Te

CMI researchers at Ames Laboratory and Purdue University conducted the research for this highlight

Image: Scanning electron micrograph (SEM) of biofilm harvested under Fe(II)-oxidizing conditions.

Dynamic supply and demand model integrated with TEA

CMI researchers at Ames Laboratory and Purdue University conducted the research for this highlight

Sustainable acid-free dissolution recycling of rare earth elements from NdFeB magnet swarf

CMI researchers at Purdue University, Arizona State University and Ames Laboratory conducted the research for this highlight

bar graph compares the characterized global warming potential of acid-free process with different REE production routes in China

Semi-continuous calciothermic reduction and production of rare earth elements

CMI researchers at industry partner Terves, Ames Laboratory, Oak Ridge National Laboratory and Worchester Polytechnic Institute (WPI) conducted the research for this highlight

CMI technology Tough SmCo magnet wins R&D100 Award

CMI researchers at Ames Laboratory with industry partner Energy Electron Corporation conducted the research for this highlight

CMI technology Tough Sm-Co won an R&D 100 Award

Sm2Fe17N3 as a cost-effective high performance magnet

CMI researchers at Ames Laboratory conducted the research for this highlight

Magnetic hysteresis loops for a sample co-doped with La-Ti after annealing at 670 K for 1 h.

AI enhances CMI’s computer-aided molecular-design software

CMI researchers at Ames Laboratory conducted the research for this highlight in collaboration with Supramolecular Design Institute

Visual representations of the descriptors included to train LOGKPREDICT: A, atom-to-atom connectivity; B, coordination number; C, rotatable bonds; D, ionic radius; E, strain energy; F, Hancock covalency; G, Hancock electrostatics.

Novel permanent magnet based on highly anisotropic compounds

CMI researchers at Ames Laboratory conducted the research for this highlight

Hysteresis loop of wax-aligned SmFe7 compound.

A rapid heating and high magnetic field thermal analysis technique

CMI researchers at Ames Laboratory and Oak Ridge National Laboratory conducted the research for this highlight

Schematic, and example of generated data from the recent publication.