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RAP opportunity at National Institute of Standards and Technology NIST Magnetic Resonance in Industrial Applications Location Physical Measurement Laboratory, Applied Physics Division
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to study the process and develop new assays. The goals of this project are to develop analytical measurements based on multiplexing using chip arrays, bead based arrays, and conventional flow cytometry
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impediments to meeting the desired manufacturing and performance standards. Digital twins (DT) are being adopted in the AM industry to optimize the entire manufacturing process and enable products with high
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advantage of associated particle separations, physical characterization, and chemical analysis. Projects incorporating machine learning and chemometric approaches are also welcome. We are seeking independent
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part of a research recommendation engine to guide researchers in the lab. The algorithms integrate machine learning, solid state physics, on-the-fly physical experiments, on-the-fly simulations
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, physical chemistry, and mesoscale physics. We employ a set of rigorous top-down methods, ranging from analytical theory calculations to large-scale atomistic and density functional theory simulations. A
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the work of collaborators engaged in experimental studies of the additive process itself and in detailed characterization of the microstructures, residual stresses, and ultimate properties using synchrotron
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RAP opportunity at National Institute of Standards and Technology NIST Label-free Optical Medical Imaging Location Physical Measurement Laboratory, Applied Physics Division opportunity location
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) and determining the duration of recovery for physical, social, and economic systems and their impact on the community. Expertise is desired in a number of disciplines, including engineering (civil
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bioassays to measure variations found within biofilms and to determine the effects of the underlying substratum on the biofilm chemical and physical structure. In addition, biofilms can be composed