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membranes used in battery electrodes or fuel cell/water electrolyzer membrane electrode assemblies (MEAs). We are seeking candidates who will be able to design experiments and develop methodologies to design
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technologies for both current and future light sources, with a focus on enhancing SCU technology. Responsibilities include: Conducting multiphysics simulations of various SCU designs. Constructing and evaluate
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The Applied Materials Division at Argonne National Laboratory has an immediate opening for a Postdoctoral Appointee. The candidate will be responsible for reviewing and developing design methods and
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sources, and analysis by spectroscopic and radioanalytical methods. Experience in target design and irradiation with electron or ion beams from accelerators to produce radioactive isotopes is desired
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manipulation with computer-aided design software. Experience in carrying out research tasks with industry partners. Experience in interdisciplinary collaborative research. Knowledge of multi-dimensional code
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and plan and based on meetings with the supervisor/mentor of this fellow. The appointment is for one year and may be renewed for another year. The benefits of the appointment include a highly
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catalysis. The project will involve designing, synthesizing, and characterizing new metal-ligand complexes, supporting these complexes on metal oxide and/or non-traditional support materials, and evaluating
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experimental results is required: TEM and FIB/SEM. Knowledge of materials science principles, theories, advanced characterization techniques, and practices for the design, analysis, and testing of candidate
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contribute to optimization of reactor and fuel cycle design. In this position, the candidate will develop computational methods and/or computer codes to model the physics and engineering of reactor and fuel
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. Major responsibilities include: Collaborating with an industry partner and other scientists at Argonne to design, fabricate, characterize, and optimize additively manufactured X-ray optics. Leading