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mechanical properties of functional materials such as Nd-Fe-B and Sm-Co magnets iii. Developing high-performance magnets using non-critical elements like Ce, La, and mischmetal iv. Separation, recycling, and
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the Critical Materials Institute, a DOE-supported Energy Innovation Hub. We are seeking a motivated Postdoctoral Research Associate for advanced electron microscopy-based investigations of metal binding by
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Energy Innovation Hub. We are seeking a motivated Postdoctoral Research Associate for advanced electron microscopy-based investigations of metal binding by various platforms. The successful candidate will
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biogeochemistry, soil science, Agricultural ecosystem, or related fields Experience in field measurements of soil CO2 fluxes by using soil chamber system Experience in laboratory incubations and analysis of soil
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significant portion of the work will involve solid-state NMR methods development for instance through the development of novel data analysis tools, pulse sequence development, and the advancement and
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, Agricultural ecosystem, or related fields Experience in field measurements of soil CO2fluxes by using soil chamber system Experience in laboratory incubations and analysis of soil biogeochemical properties
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discovery, design, and synthesis. Expertise in ab initio methods and advanced techniques in quantum many-body theory will also support electronic and magnetic calculation and analysis within the center
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methods development for instance through the development of novel data analysis tools, pulse sequence development, and the advancement and application of emerging technologies including ultra-fast (100 kHz
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structural analysis of materials from the micro- to atomic-scale using advanced transmission electron microscopy (TEM) techniques, including aberration corrected scanning transmission microscopy, high