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Field
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design workflows for nanoporous carbon electrodes for sodium-ion batteries. The objective is to accelerate the exploration of virtual carbons with varied microstructures by combining numerical structure
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magnets, batteries, and semiconductors from mined resources and electronic waste, as well as separations for bioenergy applications. Develop new research directions and contribute to proposals for external
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research on the mechano-electrochemical behavior of battery electrodes and active particles. The primary function of the position is to develop and deploy advanced experimental platforms for coupled
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University of North Carolina at Chapel Hill | Chapel Hill, North Carolina | United States | about 1 month ago
Research Associate will develop battery materials and cells capable of operating at elevated temperatures under high-rate conditions. The successful candidate will design and evaluate electrode materials and
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The Applied Materials Division (AMD) at Argonne National Laboratory is seeking a Postdoctoral candidate in the area of organic chemistry and electrochemistry with focus on battery electrolyte
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of electrochemical energy storage systems, including lithium-ion, lithium-sulfur, and other emerging battery technologies. Develop and validate physics-based electrochemical, thermal, transport, and electrochemical
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an accredited doctoral program in clinical or counseling psychology. Experience in a psychiatric inpatient setting. Experience administering psychological test batteries that includes projective measures
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or soon hereafter. Your work tasks The aim of the project is to optimize the production of pigments, which can be used as electrolytes in a battery for storing renewable energy. The work will include
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battery technologies. Design and perform electrochemical studies of electrodes, electrolytes, and complete cell configurations. Conduct materials characterisation and correlate structure, composition, and
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processes for energy storage applications. The researcher is expected to use solution-based synthesis approaches (e.g., electrospinning, slot-die coating, and 3D printing) to fabricate battery electrodes and