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process-based cGMP documentation Analytical chemistry equipment knowledge and experience (Balance, pH, ICP-OES/MS, HPGe) Experience working in a cGMP / cGLP environment Understanding of Accelerator Safety
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experimental design Basic experience with at least one or more of the following techniques are required: 3D X-ray imaging, X-ray Fluorescence, and X-ray diffraction Strong analytical and computational skills
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Research Associate to participate in a multidisciplinary research project(s). The successful candidate will have a background in radioanalytical chemistry. The candidate should be experienced in handling
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Condensed Matter Theory Group within the Division focuses on band structure theory, tensor-network models and DMRG, analytical methods for low dimensional systems, and on other aspects of strongly correlated
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maintaining of the BLIP facility and the cyclotron. Further conducting analytical measurements to assess purity and quantification of water samples and radionuclides. The main program focus is to produce and
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members at the CFN. You will collaborate with scientific staff with diverse backgrounds including surface science, condensed matter physics, synchrotron X-ray science, material synthesis, data analytics
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(e.g. nanofabrication) relevant to microelectronics Experience with SEM/TEM Experience with x-ray imaging Experience with analytical testing integrated circuits or microelectronics systems. Familiarity
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participate in a DOE-sponsored program on radioisotope research and production with accelerator beams. We are seeking outstanding candidates in radiochemistry or nuclear chemistry to perform laboratory research
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and analytical scanning transmission electron microscopy. You will also be responsible for developing and using new hardware, software, and Artificial intelligence (AI)/machine learning (ML) methods
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backgrounds including surface science, condensed matter physics, synchrotron X-ray science, device fabrication and physics, data analytics, electron microscopy, physical modeling, and materials theory. You will